Philips _mt2_chassis_bdl4211_lcd_tv_sm, bdl4211 Datasheet

42” Wide LCD Color Monitor BDL4211. . . series

Service

PHILIPS

This manual covers the hardware of the BDL4211. . . moni­tor series. For software related documentation, please consult
your system supplier

Owners Manual

Table of Contents

Description Page

Important Safety Notice .........................................2

Technical Specifi cation .......................................3-8

Connecting The Monitor ...................................9-12

Control and Inputs ...........................................13-15

OSD User Mode ..............................................16-21

Warning Message .................................................22

Troubleshooting ..............................................23-24

Failure Mode of LCD Panel .................................25

Defi ntion of Pexel Defects ....................................26

Mechanical Instructions ..................................27-28

Dasplay Adjustment .........................................29-36

Safety Test Requirements .....................................37

DDC Instructions ............................................38-41

DDC Data ........................................................42-43

Repair Flow Chart ...........................................44-47

Spare Parts List .....................................................48

Identifi cation Label ...............................................49

Block Diagram ......................................................50

Wiring Diagram ....................................................51

Power diagram ......................................................52

I/O & Interface Diagram .......................................53

Video Decoder Diagram ........................................54

Scaler Diagram ......................................................55

LVDS Tx Diagram .................................................56

SDRAM Diagram ..................................................57

SAFETY NOTICE
ANY PERSON ATTEMPTING TO SERVICE THIS CHASSIS MUST FAMILIARIZE HIMSELF WITH THE CHASSIS AND BE AWARE
OF THE NECESSARY SAFETY PRECAUTIONS TO BE USED WHEN SERVICING ELECTRONIC EQUIPMENT CONTAINING HIGH
VOLTAGE.

Description Page

PC-Analog In Diagram ..........................................58

Scaler-Up Diagram ................................................59

Video Converter Diagram ......................................60

HDTV Decoder Diagram .......................................61

Painter Diagram .....................................................62

PC DVI_Digital Diagram .......................................63

TMDS_Rx Diagram ...............................................64

Audio Delay Diagram ............................................65

Audio Board Diagram-1 .........................................66

Audio Board Diagram-2 .........................................67

Key Control Board Diagram and C.B.A. ...............68

Audio Out Jack PCB and C.B.A. ...........................69

TV Box PCB (Video) Diagram .........................70-74

TV Box PCB (TV) Diagram .............................75-78

Scaler PCB C.B.A-1 and -2 ..............................79-80

Audio PCB C.B.A. .................................................81

TV Box PCB (TV) C.B.A. .....................................82

Power Circuit Diagram and C.B.A. ..................83-84

I/O Interface Diagram .......................................85-87

Control Diagram ...............................................88-89

Auxiliary power supply .........................................90

Lamp sensor ...........................................................91

Temperature sensor .................................................92

Esploded View ........................................................93

Horizontal frequencies

31 - 49 kHz

CAUTION: USE A SEPARATE ISOLATION TRANSFORMER FOR THIS UNIT WHENSERVICING

Published by CG 0503 R&D Dept. Printed in Italy © Copyright reserved Subject to modifi cation

FIMI SrL - PHILIPS

Via Saul Banfi ,1

21047 Saronno (VA)

ITALY

H

GB

4519 205 2004.1

Importa nt Safety Notic e

P ro pe r s e rv ic e a n d repa ir is important to the safe, r e liable
ope r a tion of all P hilips C ompany** E quipme nt. T he s ervice
procedu r e s r e c o m me nde d by P h ilips a n d des c ribed in this
s ervice ma nual are effective methods of performing s ervice
opera tions . S ome of these se rvice opera tions require the use
of tools spe c ia lly des igned for the purpos e. T he s pe c ia l tools
should be used when and a s recommended.

It is importa nt to note that this manual c ontains v a rio u s
C A UT I O NS a nd NO T I C E S wh ic h sh o u ld be carefully rea d in
order to minimize the risk of pers ona l injury to se r v ic e
per s onnel. The pos s ibility ex is ts that imprope r se rv ic e
methods may damage the equipme nt. It is also importa nt to
unde rs ta nd th a t the s e C A U T IO N S a nd NO T IC E S A R E N O T
E XH A US T I V E . P hilips could not pos s ibly know, e v a lu a te an d
advis e the s e rvice tra de of all conce iva ble wa ys in which
s ervice might be done or of the pos s ible ha z a rdous
co n s eque nce s of e ac h wa y. C ons eque n tly, P hilips h a s not
undertaken any such broad evaluation. Accordingly, a
s ervice r who us e s a service proce dure or tool which is not
re c omme nde d by P h ilips mus t firs t sa tis fy hims e lf thoroughly
that neither his sa fety nor the s afe opera tion of the equipment
will be jeopardized by the s ervice method s elected.

* * H erea fter throu gh o u t this ma nu a l, P hilips l C ompa ny will
be refe rre d to a s P hilips .

WARN IN G

C ritical components having s pecia l safety characteristics are
identified with a by the R e f. N o. in the parts lis t a nd
enclosed within a broken line*

(whe re s e ve ra l critica l c ompone nts a re grouped in one area )
along with the sa fe ty s y mbol on the s chematics or
exploded views .

Us e o f subs titute replac e me nt parts which do not have the
same spe c ified sa fe ty c ha ra cteris tic s may crea te shock, fire ,
or other ha z a rds .

FOR PR ODUCTS CONTAINING LASER :

DANG E R -

CAUTION-

CAUTION-

TOENSURE THE CONTINUED RELIABILITY OF THIS
PRODUCT, USE ONLY ORIGINALMANUFACTURER'S

R E P LA C E ME NT PAR T S , WHIC H AR E L IS T E D W IT H THE IR
PART NUMBERS INTHE PARTS LIST SECTIONOF THIS

SERVICE MANUAL.

Invisible laser radiation when open.
AV OID DIRE CT EXP OSUR E TO BE AM.

Us e of controls or a djustments or
performanc e of proce dures other than
those s pecified herein may result in
haz a rdous radia tion e xpos ure.

T he us e of o ptica l i ns tru me nts with th is
product will incr e ase eye haz a rd.

Take care during handling the L C D module with backlight
unit

- Mus t mount the module us ing mounting holes a rra nged in four
corners.

- D o not pres s on the panel, edge of the frame s trongly or elec tric
shoc k as this will result in dama ge to the s c reen.

- Do not scratch or press onthe panel with any sharpobjects, such
a s pencil or pen as this may res ult in dama ge to the panel.

- P rotec t the module from the E S D a s it may damage the e lec tronic
circuit (C -MOS ).

- Ma k e certa in th a t tr e a tment pers on’ s bod y are gr ou nde d through
wris t ba n d.

- D o no t lea v e the mo du le in high tempe ra ture and in areas of high
humidity fo r a long time .

- Avoid c onta c t with wa te r as it may a s hort circu it within the module.

- If the surface of panel become dirty, please wipe it off with a soft
ma te r ia l . (C l e a ning with a dirty or rough c loth ma y da m a ge the
pa ne l. )

U n de r no c ir c ums tanc e s s hould the origina l des ign be
modified or a ltere d without writte n perm is s ion fro m P hilips .
P hilips a s s u m e s no lia bility, ex pr e s s or im plie d, aris ing out of
a n y una uthoriz ed modifica tion of de s ign.

S ervice r as s umes a ll liability.

* Bro ke n Line

Technical Data

• TFT-DISPLAY FEATURES:

Technology TFT-LCD with S-IPS technology.

Active Screen size 42 inches (1067mm diagonal).

Outline Dimension Typical 1006 mm (H) x 610 mm (V) x 59 mm (D)

Pixels Format 1366H x 768V.

Pixel Pitch 0.227mm x 0.681mm x RGB

Color Depth 8 bit, 16.7 M colors.

Power Consumption Total 164 Watt.

Weight 12 Kg

Display Operating Mode Transmissive mode, normally black.

Surface Treatment Hard Coating (3H), Antiglare treatment of the front polarizer

Response Time 12ms

Color Coordinates Red x=0.639 y=0.342

Green x=0.282 y=0.610

Blue x=0.147 y=0.073

White x=0.281 y=0.293

Viewing angle 170° in both horizontal and vertical direction

For classifi cation of defects and acceptance limits referring to:

-LG Philips LCD’s Incoming Inspection Standard for LC420W Ver. 1.0 April 2004

BDL4211. . . 3

• PC INPUT

Analog RGB (Sync: H and V, H+V, Sync-on-Green)

Digital RGB (DVI)

• VIDEO INPUT

EXT: Analog RGB (Sync: Separate, composite and Sync-on-Green)

Composite: CVBS - PAL, SECAM and NTSC

S-Video: Y / C - PAL, SECAM and NTSC

Components Analog Components (Y Pr Pb; Sync-on-Y)

• CONNECTIONS

PC-VGA IN D-Sub 15 HD

PC DVI-D IN DVI

PC Audio IN 3.5mm mini-jack

RS-232 port D-Sub 9 - female

CVBS / S-Video + Audio IN 1 x RCA / 1 x mini-DIN 4pins + 2 x RCA

SCART 21pin full SCART

Components Y Pr Pb+ Audio IN 3 x RCA + 2 x RCA

Audio Line OUT 3.5mm mini-jack

Loudspeaker OUT 2 x 3.5mm mini-jack

• D-SUB Pin assignment

PIN No. SIGNAL PIN No. SIGNAL

1 Red 9 +5V (Supply from PC)

2 Green 10 Sync GND

3 Blue 11 GND

4 GND 12 Bi-directional data

5 Self test 13 H-sync

6 Red GND 14 V-sync

7 Green GND 15 Data clock

8 Blue GND

BDL4211. . . 4

• DVI-D Pin assignment

Pin No. Description Pin No. Description

1 RX2- 13 GND

2 RX2+ 14 +5V

3 GND 15 GND

4 GND 16 Hot Plug Detect

5 GND 17 RX0-

6 DDC clock 18 RX0+

7 DDC data 19 GND

8 GND 20 GND

9 RX1- 21 GND

10 RX1+ 22 GND

11 GND 23 RXC+

12 GND 24 RXC-

Signal type: Digital interface with 4 channels TMDS signal

• PC Audio input with 3.5 Mini stereo jack

Audio L/R input

- Nominal : 0.5 V rms.

- Maximum : 1.5 V rms.

-Impedance > 10 k Ω.

Audio line-out with 3.5 mm stereo jack

Specifi cations : L/R Output

Nominal : 0.5 V rms.

Maximum : 1.5 V rms.

Impedance < 1 k Ω.

• D-Sub RS232 connector Pin assignment

PIN No. SIGNAL PIN No. SIGNAL

1 Not used 6 Not used

2 MTXD 7 Not used

3 MRXD 8 Not used

4 Not used 9 Not used

5 GND

• TV input /output connectors

HD / Component Y Pb Pr with RCA connector ( Video , Audio input )

Specifi cation

Video - Y : 700mV, Pb, Pr, : +/- 350mV,

- Impedance : 75Ω

Audio: L/R input

- Nominal : 0.5 V rms.

- Maximum : 1.5 V rms.

Impedance > 10 k Ω.

Note : the input will be overloaded when the signal > 1.5 V rms.

S-Video with S terminal ( Video , Audio input )

Specifi cation

Video - Y : 1Vpp , C : 300 mV pp

- Impedance : 75W.

Audio L/R input (share with Composite Audio input )

- Nominal : 0.5 V rms.

- Maximum : 1.5 V rms.

-Impedance > 10 k Ω.

Note : the input will be overloaded when the signal > 1.5 V rms.

Composite with RCA Jack (Video , Audio input )

Specifi cation

Video - CVBS Source signal 1 Vpp

- Impedance : 75Ω.

Audio L/R input (share with S-Video Audio input )

- Nominal : 0.5 V rms.

- Maximum : 1.5 V rms.

-Impedance > 10 k Ω.

Note : the input will be overloaded when the signal > 1.5 V rms.

SCART ( Video , Audio input /output )

Specifi cation

Video - CVBS Source signal 1 Vpp

- Impedance : 75Ω.

Audio L/R input (share with S-Video Audio input )

- Nominal : 0.5 V rms.

- Maximum : 1.5 V rms.

-Impedance > 10 kΩ.

• VIDEO SIGNAL CHARACTERISTICS

PC input (VGA)

Input Frequency - Horizontal: 31 kHz ¸ 63 kHz

- Vertical: 56 Hz ¸ 75 Hz

Maximum Pixel Clock: 80 MHz

VESA Compatibility: DDC/2B

BDL4211. . . 5

Preset video modes

Mode Resolution Video Mode H freq.(kHz) V freq (Hz)

1 640 x 480 VGA VESA-60 31.469 - 59.940 -

2 640 x 480 VGA VESA-75 37.5 - 75 -

3 800 x 600 SVGA VESA-56 35.156 + 56.250 +

4 800 x 600 SVGA VESA-60 37.879 + 60.317 +

5 800 x 600 SVGA VESA-72 48.077 + 72.188 +

6 800 x 600 SVGA VESA-75 46.875 + 75 +

7 1024 x 768 XGA VESA-60 48.363 - 60.004 -

8 1024 x 768 XGA VESA-70 48.363 - 60 -

9 1024 x 768 XGA VESA-75 60 + 75 +

10 1280 x 768 WXGA 15:9 47.700 - 60.000 +

11 1366 x 768 WXGA 16:9 47.300 + 60.000 -

12 1366 x 768 WXGA 16:9 47.400 - 60.000 -

Video Inputs

Input Systems / Color Coding: PAL, SECAM, NTSC.

Input Frequency - Horizontal: 15.625 kHz (PAL/SECAM); 15.734 kHz (NTSC)

- Vertical: 50.00 Hz (PAL/SECAM); 59.94 Hz (NTSC)

•POWER SUPPLY

Mains voltage: 90Vac ÷ 264Vac

Mains frequency: 47 ÷ 63Hz.

BDL4211. . . 6

Power consumption: 260W typical; < 6W Stand by.

Mains switch: Located on the rear.

• LED INDICATIONS

Green light: The monitor is in On-state.

Yellow light: General failure.

Red light: The monitor is in Stand by.

Blinking colour: The monitor is receiving a valid remote command

• CONTROLS

The main functions of the monitor can be controlled through the following interfaces:

♦ IR remote control; the monitor has a RC5-IR remote receiver (OSD assisted)

♦ Local keyboard (OSD assisted)

♦ RS232 serial port for remote monitor control

• BRIGHTNESS AND COLORIMETRY (PC MODE)

Reference instrument: Chroma LCD color analyzer mod. 7120

Conditions: Brightness = Factory adjustment.

Contrast = 90

Video input level = 700mV ( PC VGA )

ABC = Off

Color temperatures

Five color temperatures are selectable by the user

♦ Natural Backlight color temp. (11000°K typ.)

♦ Normal 6500°K

♦ Blue preset 9300°K

♦ Red preset 5500°K

♦ User Adjustable by the user

Output light and color coordinates

Pattern = white page.

Output light: 350cd/m2 ± 30cd/m2 measured in the centre.

Color temperature: 6500°K

Color coordinates: x = .313 ±.02

y = .329 ±.02

Color temperature: 9300°K

Color coordinates: x = .283 ±.02

y = .298 ±.02

Color temperature: 5500°K

Color coordinates: x = .332 ±.02

y = .348 ±.02

Contrast ratio

Pattern = white page. / raster

Contrast ratio min: > 300:1

Brightness adjustment

The brightness level is adjusted by dimming the backlight. The contrast ratio remains constant.

With brightness and contrast set to their maximum, light output is: > 400cd/m2

Typical dimming range 50% to 100% of light output value

• ABC CONTROL

An automatic brightness control allows the monitor to adjust automatically its brightness according to ambient light. See graph. Below.

Typical dimming range 50% to 100% of light output value

BDL4211. . . 7

100

80

60

40

20

0

1 10 100 1000 10000

Ambient light (lux)

Bri gh tne s s %

User selectable.

• BRIGHTNESS AND COLORIMETRY (VIDEO MODE)

Pattern = white page.

Input: S-video; Ext; Composite; Components

Output light: >320cd/m2 measured in the centre.

Color temperature: 6500°K

Color coordinates: x = .313 ±.02

y = .329 ±.02

• AUDIO

The monitor is provided with a stereo power amplifi er.

Output power on 4O resistive load: 5WRMS +5WRMS @ 1% THD

• DIAGNOSTIC

The following items are monitored:

♦ Internal temperature (value in °C is available)

♦ Fans status (rotating = OK; rotor blocked = fault)

♦ Power supply status (+24V present = OK; voltage below 20V = fault)

♦ Backlight status (correct lighting of backlight lamps = OK; one or both lamps off = fault)

When the internal temperature rise over a safety threshold the backlight is switched off to reduce power consumption.

All data are available at serial interface.

• OPERATING CONDITIONS

Min. temperature : +5°C.

Max. temperature : +35°C

Altitude : 0 ¸ 14000ft; 4267m

Min. relative humidity : 10% RH.

Max. relative humidity : 90% RH (no condensation)

• DIMENSION

Width: 1035mm.

Height: 628mm.

Depth: 109mm

Bezel opening: 931mm x 524mm

BDL4211. . . 8

P in A ssignment

1. T he digital only conne ctor contains 24 s igna l c ontacts orga niz ed in
three rows of eight c ontacts . S ignal pin ass ignments are lis ted in the
following table:

Pin

S igna l As s ignment

No.

1 T.M.D.S . Data2 - 9 T.M.D.S. Data1 - 17 T.M.D.S . Data0-

2 T.M.D.S . Data2+ 10 T.M.D.S . Data1+ 18 T.M.D.S. Data0+

T.M.D.S. Data2/4

3

S hie ld

4 No connect 12 No connect 20 No connect

5 No connect 13 No connect 21 No connect

6 DDC C lock 14 +5V P owe r 22

7 DDC Data 15 Hot P lug Detect 23 T. M.D .S . Cloc k+

8 No connect 16 Ground(for +5V) 24 T.M. D. S . Clock -

Pin

S igna l As s ignment

No.

T.M.D.S. Data1/3

11

S hie ld

Pin

S igna l As s ignment

No.

T.M.D.S. Data0/5

19

S hie ld

T.M. D. S . C lock
S hie ld

2. T he 15-pin D-sub connector (male) of the signal cable:

Pin No. R S -232 (E IA-232-A) F unction

3 Trans mit Da ta (T D ) from DT E to DC E

2 R eceive Data (R D) from DC E to DT E

7RequesttoSend(RTS)

8CleartoSend(CTS)

6 DCE Ready (DSR)

5SignalGround(SG)

1 R eceived L ine S igna l Detector (DC D)

4 DTE Ready (DTR)

9 R ing I ndicator

4. S C A R T C onnector

Pin

No.

As s ignment

Pin
No.

As s ignment

1 R ed video input 9 DDC +5V

2 Green video input 10 C able detect

3 B lue video input 11

Ide ntic a l output,
connected to pin 10

4 Ground 12 Serialdata line (SDA)

5 NC 13 H. S ync / H+V

6 Red videoground 14 V. S ync

7 Green video ground 15 Da ta cloc k line (S C L)

8 B lue video ground

3. R S 232 Connector
D-s ub 9-pin ma le connector for communica tion with plas ma engine or
PC.

Pin

No.

1 A udio right channel output ( 0. 5 V rms, < 1K ohms) 2

2 A udio right channel input (0 . 5 Vrms, > 10K ohms) 1

3 A udio left cha nnel output ( 0.5 V rms , < 1K ohms) 6

4 Audio ground 4

5 B lue signal ground 5

6 A udio left cha nnel input (0. 5 V rms , > 1 0K ohms ) 3

7 B lue signal I/O (0. 7 V p-p, 75 ohms) 7

8 F unction s witching I/O (L: < 2V, H : > 10V, 10K ohms ) 8

9 Green signalground 9

10 I nte rcomm un ic a tion da ta lin e No. 1 10

11 G re en signal I/O ( 0.7 V p-p, 75 ohms ) 11

12 I nte rcommun ic a tion da ta lin e No. 2 12

13 Redsignalground 13

14 B lanking s ignal ground 14

15 R ed s ignal I/O (0.7 V p-p, 75 ohms ) 15

16 Blanking signal I/O (L: < 0.4V, H: >1.0V, 75 ohms) 16

17 C omposite vide o s igna l ground 18

18 B lanking s ignal ground 17

Composite video signal output (1 Vp-p, 75 ohms, sync:

19

nega tive)

20 C omposite vide o s igna l input ( 1 Vp-p, 75 ohms, s ync : nega tive) 19

21 P lug shie ld (common ground) 21

Signal Pin

No.

20

Connecting The Monitor

Connecting the monitor
Connect the cables to the rear of your monitor
Back view (Basic version)

BDL4211. . . 9

6

3

5

4

9

1

8

7

2

1 AC IN AC power in (IEC 320/CEE 22 STANDARD)

2 AC Power AC power switch

3 D-Sub PC analog D-Sub Input (D-SUB 15Pins/female)

4 PC - Audio PC stereo input

5 DVI-D PC Digital Input (DVI-D female)

6 RS232 RS232 network connection (D-SUB 9Pins/female)

7 Audio (L) Output Audio (L) output for the detachable speacker (L)

8 Audio (R) Output Audio (R) output for the detachable speacker (R)

9 Line out Audio output for external speackers

BDL4211. . . 10

Back view (Video version)

4

6

5

3

10

9

1

8

7

2

1 AC IN AC power in (IEC 320/CEE 22 STANDARD)

2 AC Power AC power switch

3 D-Sub PC analog D-Sub Input (D-SUB 15Pins/female)

4 PC - Audio PC stereo input

5 DVI-D PC Digital Input (DVI-D female)

6 RS232 RS232 network connection (D-SUB 9Pins/female)

7 Audio (L) Output Audio (L) output for the detachable speacker (L)

8 Audio (R) Output Audio (R) output for the detachable speacker (R)

9 Line out Audio output for external speackers

10 External/EURO-AV SCART connection

Back view (Video version)

BDL4211. . . 11

3

1

1 AUDIO (L) Audio (L) for component video

2 AUDIO (R) Audio (R) for component video

3 COMPONENT VIDEO Component video Y/Pb/Pr input

4 COMPONENT VIDEO Composite video CVBS input

7

6

5

4

2

5 AUDIO (L) Audio (L) for CVBS and S-Video

6 AUDIO (R) Audio (R) for CVBS and S-Video

7 S-Video S-Video input

BDL4211. . . 12

Connecting The Monitor

Control and Inputs

Remote Control

For Europe and most of Asia Pacific countries

BDL4211. . . 13

PIP On/Of f,

1

Size

2 PIP Shift

3 AV source

Smart sound

4

controls

5Menu

6 Cursor

To activate or close the 'Picture in
Picture' function in PC mode and to
enlarge or reduce the PIP window size
using the same button.

To change 'Picture in Picture' window
position in PC mode

 To select TV/V ideo sources

in PIP mode and TV mode

 If using TV 'ST ANDBY',

press this button to return to
'ON'

To access a series of settings: VOICE,
MUSIC, THEA TRE and PERSONAL

To turn on or off theOSD (On-Screen
Display).
To select function in OSD.

To move the cursor up /down/right/left
to scroll through a list of options

 Cursor right

To access the sub-menus
and adjust the settings with
cursor left

 Cursor down

To select the next item on
the menu, and return to the

last item with cursor up

7 Volume

8 Mute

To adjust the sound level

To disable sound. To restore sound,
press button again.

BDL4211. . . 14

C ontrol and Inputs

Teletext

9

fea ture s

10 S ound mode

Previous

11

programme

S creen

12

informa tion

SelectingTV

13

programmes

PC/TV mode

14

selection

Works only in area s where the Te letext
service is a va ila ble

 To switch from STEREO to

MONO or to c hoos e between
Dual I and Dual II for
bilingual transmissions.
F o r T V s e ts fitte d with
NICAM reception, depending
on the tra ns mis sion, you ca n
switch from NICAM S TE R EO
to MO N O or choose between
NICAM DUAL I, NIC AM
DUAL II and MONO.

 If using Teletext, press this

button to dis pla y dual page s
on s creen.

To a cc es s the las t progra mme viewed.

To dis play the progra mme number, the
videomodeandthesoundmode.

To move up or down a programme.
The number a nd the sound mode a re
displayed for a few seconds.

To s elect P C or T V mode.

1

PIP On/Off,
Size

To a c tiv a te o r cl os e 'P i c tur e in P ic ture '
function in PC mode and to enlarge or
reduce the P IP window s iz e using the
s a m e bu tton.

Smartpicture

15

controls

To select your desired picture setting
from 5 s e ttings : M O V IE S , S P OR T S ,
WE AK S IG N AL, MULTIMEDIA and
PER SONAL.

 F or direct a ccess to

programmes
F or a 2-digit programme
number, the 2nd digit must

16

Numerical
keys

be entered before the dash
disappea rs .

 If using TV 'S TAN DB Y ',

pres s any of number keys to
return to 'O N'

17 OS D

18 S tandby

19 S leep timer

For A mericas, Korea, Taiwan and Philippines

To s h ow O S D s ta tus .

To s e t the T V te mpor a rily to s ta nd by
mode . T o s witch on the T V s et, pres s
P rogramme button (p -, +), a ny digit
be tween 0 a nd 9 or AV s ource button
(T he amber light indica tes whe n se t is
in s tandby mode)

To selec t the period of time after whic h
the se t will s witch a utomatically to
s ta n dby mode ( up to 1 80 minutes )

2PIPShift

3AVsource

Smartsound

4

controls

5Menu

6Cursor

7Volume

8Mute

To change 'P ic ture in P ic ture' window
pos ition in PC mode .

To select TV/Video sources in PIP
mode and TV mode.

To access a series of settings: VOICE ,
MUSIC, THEATR E and P ER SONAL.

To turn on or off the OS D (On -S cree n
Display).
To s elect function in OS D.

To mov e th e c u rs o r up /do wn /rig ht/le ft
to s cro ll throu gh a lis t of opti on s

 C urs or right

To a cces s the s ub -me nus
and adjust the s e ttings with
cursor left

 Cursor down

To s e lect the ne x t item on
the menu, a nd return to

last item with c urs or up

To a djus t the sound level

To disable sound. To restore sound,
pres s button a ga in.

9

Closed
Caption

To disable or enable closed caption
function

10 S ound mode

Previous

11

progra mme

SelectingTV

12

progra mme s

PC/TV mode

13

selection

Smartpicture

14

controls

Numerical

15

keys

C ontrol and Inputs

To choose MONO, S TE RE O and S AP

nd

audio programme) S ound system

(2

To a c ces s the la s t cha nne l viewed

To move up or down a progra mme .
T h e number, ( the name) and the sound
mode are displayed for a few s econds.

To s ele ct P C or TV mode .

To selectyour desired picture setting
from 5 s e ttings : MO V IE S , S P OR T S ,
WE AK S IGNAL, MULTIMEDIA and
PER SONAL.

For direct a ccess to channel. For a 2­digit c ha nne l numbe r, the 2
be entered before the dash disappears.

nd

digit must

BDL4211. . . 15

Press button R es ult on S creen

Display or exit Teletext. The main
index pag e pres e nts a list of

On/OffTeletext

1

S e le c ting a Tele text
pa ge

2

subjects to which you haveaccess.
E a ch s ubjec t has a corres ponding
page number ( a lwa ys 3 digits ) .
Note: If selected T V channel does
not broa dc a s t Telete x t, P 100 is
displa yed and the sc reen rema ins
bla c k. E xit Tele text mode and
choos e another T V c ha nne l.

Keyinthe required Teletextpage (3
digits) . T he pa ge number is
displa yed in the top le ft-ha nd c orne r
of the s cre en. W he n the Teletext
pa ge is loca ted, the c ounter s tops
searching. If the counter keeps
s e a rc hing, it mea ns that the pa ge is
not a va ila ble for s elec tion. If yo u
make a mistake when keying in the
page number, y ou have to finis h
keying in the 3-digit numbe r before
re-keying the correct page number.

16 O S D

17 S ta ndby

18 S leep timer

Us ing the Teletext (for a reas where teletext s ervic e is available)
Tele text is an information sy s tem broa dca s t by ce r ta in T V channe ls .
Itcan be cons ulted in the same way as a news paper. It also provides
subtitles for the hard of hea ring or peo ple who a re unfamiliar with the
broa dca s t langua ge (c a ble T V n e twork, s a te llite cha nnels , etc. ).

To s how OS D s ta tus

To s et the T V temporarily to S TA N DB Y
mode . P re s s the butto n aga in to r e turn
to ON .
(T he amber lightindica tes s when se t is
in s tan dby mode)

To s e le c t the pe riod of time a fter which
the s et will a uto ma tic a ll y s witch to
standby mode ( up to 180 minutes)

Access ing a Teletext
pa ge

P r e s s the C U R S O R UP button to

3

Direct Access to an
item or corresponding
pa ge s

4

Press button R es ult on S creen

Mix

5

Enlarge

6

displa y the pre vious pa ge an d the
C U R S O R D O W N button to displa y
the next page.

T he 4-colour buttons allow you to
access directly an item or
corresponding pages .

Allo ws y o u to s u pe rimpos e the
Te letext pa ge ove r the T V
programme. P ress the button a
s e c ond time to re turn to Tele te x t
pa ge only.

P re s s the button onc e to enlarge
and view the top half of the page.
P r e s s the bu tton a s econd time to
enla rg e and view the botto m ha lf of
the pa ge . P re s s the button a th ir d
time to retur n to no rma l s iz e page .

Main Index

7

Press thebuttontoreturntothe
main index (generally on page 100).

BDL4211. . . 16

OS D Us er Mode

PC Mode

Icon

Menu N ame

and S ub -

menus

EXIT

INP U T
SELECT

Description

T his is use d to e xit out of the Main me nu. .

S ele ct video s ource for ma in dis play:

 P C AN ALO G : P C VGA input
 PC DIGITAL: PC DIGITAL input
 TV TUNER : Antenna or cable TV input
 EXT: Scartinput
 C OMP O S I TE : C ompos ite video input
 S-VIDEO: S-video input
 COMPONENT: Componentvideo input

S elec t your pre ferred function.

EXIT: Exit this menu

T R E B L E : A dju s ta ble from 0 to 1 0 0

BASS: Adjustable from0 to 100

BAL AN C E : Adjustable from 0 to 100

V O L U ME : Ad jus ta b le f rom 0 to 1 0 0

SIZE &
POSITION

P ositioning move s the vie wing a rea a round on the monitor
screen.

EXIT: Exitthis menu

H.P OS IT IO N /V.P O S IT ION: When making changes to either
the 'H or iz on tal ' o r 'V e rti ca l' s e tting s , the im a ge will s imply be
shifted in response to your s election/change.

Minimum is '0' (

4: 3 AS P E C T R ATIO : S elect 4:3 image dis pla y

FUL L S C R E E N: S elect full screen (16:9) image displa y

Toadjustthe image settings.

EXIT: Exit this menu

AU T O AD J U S T : P res s to s e le c t a u tomati c a dj us tme n t .

PHAS E :Usethe

). Maximum is '100' ( ).

NOTE :

1. When operating in DV I mode, the
pos ition ing a dju s tme nts are n ot a va i la ble .

2. The 4:3 As pect R a tio and F ull S creen
items a re not a vailable in WXG A 1280x768
modes .

and buttons to adjust from 0 to 100.

AUDIO

SU R R OU ND: ON/OFF

MUT E : ON/OF F

AUDIO SOUR C E : Only in P C TV/VIDEO mode

POWER SAVING:ON/OFF

IMAGIN G
SETTINGS

PIXEL CLOCK :Use the

100.

N ote : O p er a ting i n D V I m ode , the P ixe l C loc k
and P has e a djustments a re not ava ilable.

and butto ns to a dju s t fro m 0 to

OS D User Mode

BDL4211. . . 17

COLOR
SETTINGS

C olor S ettings a dj us ts the c ol or te mper ature .

EXIT: Exitthis menu

NAT U R E CO L O R : E quiva lent to original pane l c olor.

NOR MAL CO LO R : 6500K (S ame as sR G B ) defaultfrom
FACTO R Y

BL UE PR E S E T: E quivalentto 9300K

R E D PR E S E T: E quivalentto 5700K

US E R PR E S E T: Adjustred, green, blue three colors from 0 to

100.

LANGUAGE

FACTOR Y
RESET

L a ngu a ge s e ts the O S D to d is pl ay in one of the f ive or s ix
langua ge s provided. T ha t is, E nglis h, S pa nis h, F renc h,
G erma n, Ita lian (n o t av a ila ble in NA F TA model) a nd S implifie d
Chinese(China models only).

R e s e t the s e ttin gs to th e fa c tor y de fa u lt va lu es .

EXIT: Exitthis menu

POSITIONSETTINGS ONLY:Resume positionsetting to
fac tory defa ult.

COL OR SE TT INGS ONLY:Res ume color settingto factory
defa ult.

All S E TT INGS :Load all factory defaultsettings.

OSD
SE TTING S

E a c h time the O S D ope ns , it dis play s in the sa me loc ation on
the s cr ee n. 'O S D S e ttin gs ' ( ho rizo nta l/v er tic a l) prov ide s co ntro l
ov er th is loc a tion .

EXIT: Exit this menu

HOR IZO NTAL: Adjustable from 0 to 100.

VE R T IC AL: Adjustable from 0 to 100.

OS D HO L D T I ME : T he O S D s tays active for a s long a s it is in
use. The range of time setting is from5 to 60 seconds.

OSD LOCK: Controls user access to adjustments. S howkey
icon afters electing lock.

PICTURE IN
PICTURE

Adjust picture in picture preferences.

S IZE : T urn off and se t the s ize of P I P. U s e rs can chos e your
preferred s ize.

 OF F
 SMALL
 ME D IU M
 LAR GE

H PO S IT ION : Adjust theHorizontal position of P IP.
V P OS IT IO N: Adjust the Vertical position of P IP.
VIDEO SOURCE :Selectvideo source ofPIP:

 EXIT
 TV TUNER
 EXT
 COMPOSITE VIDEO
 S-VIDEO
 COMPONENT VIDEO

Note: W hen the OS D is loc k e d, pres s ing
the m e nu bu tton a ga in a n d it w ill ta k e
user to OS D LOC K menu. P ress (+) to
unlock and allow user access toall
applic able s e ttings .

BDL4211. . . 18

OS D Us er Mode

Audio /Video Mode

E xit from this menu.

EXIT

Us e up a nd down arrow button to highlight the "IN P UT S E L E C T ".

S elec t video s ource for main dis pla y:

 P C ANAL OG : PC VGA input
 PC DIGITAL: PC DIGITAL input
 T V TU NE R : Antenna or ca ble T V input
 EXT: Scartinput
 C O MP O S I TE : C omposite v ideo input
 S-VIDEO: S-videoinput
 COMPONENT: Component videoinput

INP U T
SELECT

PICTURE

Adjust picture characteristics to suit personal preference.

EXIT: Exit fromthis menu

B R IG H T NE S S : A dju s ta ble from 0 to 1 00

CONTRAST: Adjustable from 0 to 100

COLOR: Adjustable from 0 to 100

S HAR P NE S S : Adjustable from 0 to 100

T INT : No t a va ilable in component input in all mode ls .
Adjustable from 0 to 100

HOR IZONTAL S HIF T: Adjustable from 0 to 100

C OL OR T E MP : S elect from Normal, Cool or Warm by "-" and "+"
buttons.

LANGUAGE

Setlanguage for OSD.

There are 6 languages of OS D display.

 ENGLISH



 DE UT S C H

 ITA L IAN O


AUDIO

NOTE :

1. "TINT " is not a vaila ble in c ompone nt input in a ll
models .

2. "TINT " is ava ilable in N AF T A model only.

3. "H OR S H IF T" only function in c ompone nt input.

Adjust a udio characteristics to suit personal preference.

EXIT: Exit fromthis menu.

TR E B L E : Adjustable from 0 to 100

B A S S : A dj us ta bl e fr om 0 to 1 00

BAL AN C E : Adjustable from 0 to 100

VO LU ME : Adjus table from 0 to 100

SURROUND: SwitchSurroundSoundOn/Off

MUT E : S witch Mute On/ Off

NO T E : I n AP /C hina models , S implified
Chinese is supported.

OS D User Mode

BDL4211. . . 19

SPECIAL
FEATURES

Acti va te s pe c ia l c on tro l fe a tur e s :

EXIT: Exitfromthis menu.

SLEEPTIMER:Slide bartoselect
off/15/30/60/90/120/150/180.

OS D LO C K : S how key icon after selecting lock.

LIGHT SE NS OR :Push the
Sensor function.

VIDE O MODE : S et the s creen s caling mode to s uitpersona l
preference:

buttons to to ggle Light

 S TANDAR D MODE
 4:3
 FULL SCREEN
 NONLINE AR SC ALING

PAR E NTAL
CONTR OLS

1) W hen users first enter the PAR E NTAL C ONT R O LS , the
s c re e n will sh o w the window a s king us e r k e y in the c o de .

2) U s e rs will s ee the window "Acc es s code" when they enter
this fu nc tio n.

 EXIT
 LOCK
 CHANGE CODE
 CLEAR ALL

FACTO R Y
RESET

3) E n ter Ma s ter code"0 7 11" twice or th e c ode ente r ed in
step 1.

R es et the s e tting to def a ult v a lues .

N O : K eep the s e tting a s c urre nt.

Y E S : L oad fa c tor y s e tting

BDL4211. . . 20

OS D Us er Mode

TV Mode

EXIT

INP U T
SELECT

E xit from this menu

S ele ct video s ource for ma in displa y:

 PC ANAL OG : P C V G A input
 PC DIGITAL: PC DIGITAL input
 TV TUNER : Antenna orcable TV input
 EXT: Scartinput
 C OMP O S IT E : Compo site vide o input
 S-VIDEO: S-videoinput
 COMPONENT: Component videoinput

AUDIO

LANGUAGE

Adjust a udio characteristics to suit personal preference.

EXIT: Exitfrom this menu.

T R E B L E : A dju s tab le fr om 0 to 100

B A S S : A dj us ta ble from 0 to 1 00

BALANCE: Adjustable from0 to100

V O L U ME : A dju s ta ble f rom 0 to 1 0 0

S UR R O UN D: S witch S urround S ound O n/ Off

MUT E : Switch Mute On/ O ff

Set language forOS D.

There are 6 languages of O S D display.

 ENGLISH



 DE UT S C H

 ITA L IAN O


PICTUR E

Adjust picture characteristics to s uitpersonal preference.

EXIT: Exitfrom this menu

BRIGHTNESS: Adjustable from0 to 100

C O N T R A S T : A djus ta bl e fr om 0 to 1 0 0

CO L O R : Adjustable from 0 to 100

SHARPNESS: Adjustable from0 to 100

T INT: Not a va ilable in compo nent input.
Adjustable from 0 to 100

C OL OR TE MP : Se lect from Norma l, C ool or Warm by "-"
and "+" buttons .

NOTE :

1. "T I NT " is not ava ilable in com ponent input
in all models.

2. "T I NT " is a vaila ble in NAF T A mo del only.

SPECIAL
FEATURES

Ac tiv a te s pe ci a l co ntro l fea tu re s :

EXIT: Exitfromthis menu.

S LE E P T IME R : Slide ba r to s ele ct
off/15/30/60/90/120/150/180.

OS D LOC K: Show key icon after s electing lock.

LIGHT S E N S OR : Push the
S ens or function.

VIDEO MODE: Set the screenscaling mode to suit personal
preference:

butto ns to to ggl e L ig ht

 S TANDAR D MODE
 4: 3
 FULL SCREEN
 NO NLINE AR SCAL ING

PARE NTAL
CONTROLS

OS D User Mode

1) W hen users first enterthe PAR E NTAL CO NTR OL , the
s c ree n will s how the win do w a s kin g us er ke y in the c o de .

2) Us ers will s ee the window" A cce ss code" when they e nter
this fou nda tion.

 EXIT
 LOC K
 CHANGE CODE
 CLEAR ALL

SETUP

MANU AL
STORE:

CHANNE L
SKIP:

CHANNE L
SWAP:

BDL4211. . . 21

SETUP

3) E nter Mas ter code "0711" twic e or the code entered in
step 1.

SYSTEM:

FACTOR Y
RESET

R e s e t the s etting to de fa ult v alue s .

N O: K e e p the s etti ng a s cur re nt.

YES: Load factory setting

CHANNEL
SEARCH:

NO T E : T he S Y S T E M item is only a va ilable in We s tern
Europe model.

BDL4211. . . 22

Warning Message

A warning mes s a ge may appear on the s creen indica ting the L C D
Monitor T V current s tatus.

When user sees this warning message, it
means that the LCD Monitor TV is in
adjustment process.

A warning message may appear on the screen
indicating that the LCD Monitor TV is out of
sync range.

S elf-Tes t F eature C hec k (ST F C )
Your the L C D Mo nitor T V wh e n us e d a s a computer dis pla y through
DV I and/or V G A c onnec tion provides a s e lf-test feature that allows you
to check whe th e r your the L C D M onitor T V is func tio ni ng properly. If
your the LC D Monitor T V and computer are properly connected but the
LC D Monitor TV s cre en remains da rk, run the LC D Monitor T V s elf-tes t
by performing the following s teps :

1. Turn off both your computer and the L C D Monitor TV.

2.Unplugthevideocablefromthebackofthecomputer.Toensure
proper S elf-Tes t opera tion, remove both Digital(white connector) a nd
the A nalog(blue connector) cables from the back of computer.

3. T ur n on the L C D M on ito r T V.
T he floating 'P hilips - s e lf-test F eature C he ck' dialog box s hould
appea r on- s cree n (aga inst a black background) if the LC D Monitor T V
cannot sense a video s igna l and is working correctly. While in s elf-test
mode, the power LE D re ma ins green and the s e lf-tes t pa ttern will s croll
through the sc reen continua lly.

See Specifications for the Horizontal and
Vertical frequency ranges addressable by this
the LCD Monitor TV. Recommended mo de is
1280x 768 @ 60Hz.

This message means that there is no video
input signal.

The LCD Monitor TV is in a power saving mode
(in PC mode).

T his box als o a ppea rs during normal s ystem ope ra tion if t he video
cable becomes disconnected or damaged.

4. Turn off your the L C D Monitor TV a nd rec onnect the video ca ble;
then turn on both your compute r a nd the L C D Monitor TV. If your the
LC D Monitor TV scre en re mains blank after you use t he pre vious
procedure, check your video controller and computer system; your
LC D Monitor TV is functioning properly.

The main OSD menu is unlocked.

The main OSD menu is locked.

Troubles hooting

C ommon P r oblems
T h e following table conta ins ge ne ra l inform a tion a bou t com mon L C D T V proble ms you migh t en c ou nte r.

C O MMON S Y MP T O MS
No V ide o/ P owe r L E D off

WHAT YOU E XPER IENCE
No picture, L CD T V is dead

POSSIBLE SOLUTIONS
C he c k connec tion integrity at both e nds of the vide o c a ble
E le c tric outle t veri f ic a tion
E ns ure power button depres s e d fully

BDL4211. . . 23

No V ide o/ P owe r L E D on

PoorFocus

S ha k y /J i tte ry V id e o

Missing Pixels

Stuck-onPixels

B rightnes s P ro blems

G e ome tric Dis tortion

No picture or no brightness

P ic ture is fuzzy, blurry or ghos ting

Wavy picture or fine movement

LCD screen has s pots

LCD screen has brightspots

P ic ture too dim or too bright

S c re en not ce ntere d corre c tly

Inc re a s e brightnes s & c ontras t controls
Perform LC D TV self-test feature check
C he c k for bent or broke n pins

P u s h Au to adjus t bu tton
Adjus t P ha s e and C loc k c ontrols via O S D
E limin a te vide o e x te ns ion cable s
P e rform L C D TV res e t
L owe r vide o re s olution or inc re a s e font s iz e

Push Auto Adjust button
Adjus t P ha s e and C loc k c ontrols via O S D
P e rform L C D TV res e t
C he ck environmenta l fa c tors
R e loca te and te s t in othe r roo m

Cycle poweron-off
These are pixels that are permanently off andis a natural defect that
occurs in LC D technology

Cycle poweron-off
T he s e are pixe ls that a re permane ntly on a nd is a na tural de fec t that
occurs in LC D technology

P e rform L C D TV res e t
Push Auto Adjust button
Adjus t brightness & c ontra s t controls

N ote : W h e n o pe ra tin g in D V I mode, the co ntr a s t adju s tment is not
available.

P e rform L C D TV res e t on "P os ition S ettings O nly"
P us h a uto-adjus t button
Adju s t th e ce n te ring co ntr ols
EnsureLCDTV is inpropervideomode
Note: Whe n ope ra ting in D V I mode, the pos itioning adjus tments are
not a v a ila ble.

Horizontal/Vertical Lines

Sync Problems

LC D S cratched

S a fe ty R ela te d Is s ue s

Inte rmitte n t P roble m s

S creen has one or more lines

S c re e n is s c r a mble d or appea rs torn

S creen has scratches or s mudges

Visible signs ofsmoke orsparks

LCD TV malfunctions on & off

P e rform L C D TV res e t
Push Auto Adjust button
Adjus t P ha s e and C loc k c ontrols via O S D
Perform LC D TV self-test feature check and determine if thes e lines
are also in self-test mode
C he c k for bent or broke n pins
Note: Whe n ope ra ting in D V I mode, the P ixe l C loc k and P ha s e
adjustments are not available.

P e rform L C D TV res e t
Push Auto Adjust button
Adjus t P ha s e and C loc k c ontrols via O S D
Perform LC D TV self-test feature check to determine if scrambled
screen appears in self-testMode
C he c k for bent or broke n pins
Bootup in the"safe mode"

Turn LC D T V off and clean the screen

Do not perform any troubles hooting steps
L C D T V ne e ds to be r e pla c e d

EnsureLCDTV is inpropervideomode
E nsure video cable connectionto computer andto the flat panelis
secure
P e rform L C D TV res e t
Perform LC D TV self-test feature check to determine if the
intermittent proble m o c c urs in s e lf- tes t mode

BDL4211. . . 24

T V a n d A u dio P roblem s

C O MMON
S Y MP T O MS

PoorTV signal reception

Troubleshooting

WHAT YOU E XPER IENCE POS SIBL E S OLUTIONS

Abnormal picture seen from the screen

T h e proximity of mo unta in s or high buildin gs ma y be re s pon s ible for
ghos t pictures , echoing or s ha dows . In this c a s e , try manually
adjusting your pictures: see 'fine tuning' or adjustthe directionof
the outside aerial. For Asia users in non-NTS C area: Does your
antenna ena ble you to rec e ive broadca s ts in this fre que ncy range
UHF or V HF band)? In the eventof difficultreception (s nowy
pi c tu re s ) switc h the NR o n th e P I C T U R E me nu to ON.

No T V picture

No sound

Video Problems

C O MMON S Y MP T O MS
No Video

L ow Q ua lity D V D play ba c k

No sound

R e mote C ontrol P roblems

REMOTE CONTROL
PROBLEMS
R e mote control does not
work pr ope rly

ProductSpecificProblems

S P E C IF IC S Y MP T OMS
Screenimage is tooSmall

C a nnot adjus t the LC D
T V with the buttons on
the front pa nel

No picture whe n T V input wa s s e lec ted

No s ound output whe n a program with
sound was playing

WHAT YOU E XPER IENCE
No signa l indic a tor is dis pla ye d.

P icture not crisp and some color
Dis tortion

S e e video but no a udio

WHAT YOU E XPER IENCE

No response fromLCD T V when
remote is pressed

WHAT YOU S EE
Image is cente red on screen, but
does notfill entire viewing area

OS D doe s not a ppea r on the s c re en

Ha ve you c onnected the aerial socke t properly? Have you chose n
the right s ys te m? P oorly c onne c ted S C A R T C a ble s or a e ria l
s oc ke ts a re ofte n the c a us e of picture or s ound problems
(s ome times the connectors can be come half disconne c ted if the
LC D T V s e t is move d or turned) . C he c k a ll c onne ctions .

E ns ure tha t the a udio cable s a re fir ml y connected to both the au dio
input c onnec tors on your L C D TV and a udio output c onnec tors on
your P C or Video player.
If on ce rtain T V cha nne ls you rec e ive a picture but no s o und, this
mea ns that you do not ha v e the c orre c t T V s ys tem. Modify the
SYSTEM setting.

POSSIBLE SOLUTIONS
C heck Video Input S election
C ompo s ite: Ye llow c olore d R C A ja c k
S - V ide o: Typic a lly a rou nd 4 pin ja c k
Component: Typically 3RCAjacks ofGreen,RedandBlue.

Check DVD connection
C ompo s ite giv e s good pic ture
S -Video gives better picture
C omponentgives best picture

Check ifTV volume is turnoff ofmuted
Connect the audio cable s ecurely
Audio ca ble is c o nne c ted in c or re c tly
Ve rify tha t the a udio sou rc e is se le c te d c or re c tly in the OS D

POSSIBLE SOLUTIONS

P oint the remote c ontrol directly a t the remote s e ns or on the L C D T V
R eplace bothbatteries withnew onesl

POSSIBLE SOLUTIONS
P e rform L C D TV res e t on "All S e ttings"

Turn the L C D T V off a nd unplug the power cord a nd then plug bac k
andpower on

F ailure Mode of LC D Panel

Quick reference for failure mode of L C D panel

T his pag e pres e nts problems that could be made by LC D pa ne l. It is
not nec e s s a ry to r e pair c ir c uit board. S imply follow the Me c h a nic a l
ins truction o n this ma nu a l to e limina te fa ilure by replac e LC D pa n e l
or ba c klight tubes .

F ailure des c ription P henome non

P ola riz er has bubbles

BDL4211. . . 25

..

Vertical block defect

Ve rtica l dim line s

Ve rtica l line s defect
(Always brightor dark

Horizontal block defect

P ola riz er has bubbles

. .. .

F ore ign ma teria l ins ide
polariz e r. I t s h o ws line a r or
dot s h a pe.

)

C onc e n tric circle fo r m e d

Ho r iz ontal dim lines

Ho r iz onta l line s de fec t
(Always brightor dark)

Has bright or dark pixel

Brightpixel

.

.

..

..

Dark pixel

.

.

.

.

.

.

B ottom ba ck light of L C D is
brighter than norma l

B acklight un-uni fo r mity

B ac klight has foreign ma teria l.

B lack or white color, linea r or
circular type

. .. .

BDL4211. . . 26

Definition of Pixel Defects

0. General

This section explains the different types of pixel defects and
defines acceptable defect levels of each type. In order to qualify
for repair or replacement under warranty, the number of pixel
defects on a TFT LCD panel must exceed these acceptable levels.

1. Definition of Pixels and Subpixels

A pixel, or picture element , is composed of three subpixels in the
primary colors of red, green and blue. Many pixels together from
an image. When all subpixels of a pixel are lit, the three colored
subpixels together appear as a single white pixel. When all are
dark, the three colored subpixels together appear as a single black
pixel. Other combinations of lit and dark subpixels appear as
single pixels of other colors.

Subpixel

Subpixel

Subpixel

Pixel

2. Types of Pixel Defects

Pixel and subpixel defects appear on the screen in different ways.

Bright dot defects
Bright dot defects appear as pixels or subpixels that are always lit
or "on"”. These are the types of bright dot defects:.

3. Pixel Defect Tolerances

In order to qualify for repair or replacement due to pixel defects
during the warranty period, a TFT LCD panel in a P HILIPS flat
panel monitor must have pixel or subpixel defects exceeding the
tolerances listed in the following tables.

BRIGHT DOT DEFECTS ACCEPT ABLE LEVEL

MODEL

1 lit sub pixel 3 or fewer

2 adjacent lit sub pixels 0

3 adjacent lit sub pixels
(one white pixel)

Distance between two
bright dot defects*

Total bright dot defects of
all types

BLACK DOT DEFECTS ACCEPT ABLE LEVEL

MODEL

1 dark sub pixel 5 or fewer

2 adjacent dark sub pixels 1 or fewer

3 adjacent dark sub pixels 0

L42W...

0

25 mm or more

2 or fewer

L42W...

One lit red, green or blue subpixel

Two adjacent lit subpixels:

- Red + B lue = P urple

- Red + G reen = Yellow

- Green + B lue = Cyan (Light Blue)

Three adjacent lit subpixels
(One white pixel)

Black dot defects
Black dot defects appear as pixels or subpixels that are always
dark or "off"”TThese are the types of black dot defects:

One dark subpixel

Distance between two
black dot defects*

Total black dot defects of
all types

TOTAL DOT DEFECTS ACCEPT ABLE LEVEL

MODEL

Total bright or black dot
defects of all types

Note: 1 or 2 adjacent subpixel defects = 1 dot defect

15 mm or more

5 or fewer

LW42...

5 or fewer

Two or three adjacent dark subpixels

Mechanical Instruction

Remove back cover as Fig. 1:

a) Remove 12 screws (red)

b) Remove 8 screws (yellow)

c) Remove 5 screws (blue)

d) Remove 4 plastic screws (white)

WARNING:

Before removing the back cover completely,

the keyboard must be removed from back cover.

Fig. 2 unlock the keyboard from plastic support

BDL4211. . . 27

Remove front frame as Fig. 3 :

a) Remove back cover

b) loosen 6 nuts and remove LCD panel assy

Remove infrared sensor on front frame as Fig. 4 :

a) Remove front frame

b) loosen the nut and remove the bracket

BDL4211. . . 28

Mechanical Instruction

Remove metal frame from LCD panel as Fig. 5 :

a) Remove back cover

b) Remove 8 screws (red) and connecting cables.

BDL4211. . . 29

DISPLAY ADJUSTMENT

• EQUIPMENTS

For the complete execution of the adjustment monitor, the following equipments have to be used:

a) Video Generator or PC with Graphic Board used to feed the appropriated timings and patterns to the monitors via D-SUB input and DVI
input

c) Minolta color analyzer CA210 for the measurement of the Colour Temperature and the Brightness.

d) Infra-Red RC5 Remote Control for making all the adjustments.

e) A PC with a communication program just like Docklight, a free serial port with an RS-232 cable connected to it and to the panel, and the
WinI

f) SP program

• PRELIMINARY SET UP

2 Pick-up the monitor without the back cover mounted.

3 Connect the Mains Plug to the Main Socket and supply the monitor with 230Vac.

4 Connect the PC to D-SUB input, connect the RS232 cable from PC to the serial input.

5 Switch-On the monitor.

6 Check the serial communication via Docklight sending the command: ESC$000E; and check for the right answer: ESC%00000;

7 Disable the remote control sending the command ESC$000MRC00; and wait for the ACK

8 Check the IO board fi rmware release sending the command: ESC$000MFW; (1.04 or greater)

9 Check the ISP (In System Programming) function sending the command ESC$000MPM; no answer is to be expected, to verify the
correctness of the command just type a “U” and check for a double echo

10 Switch OFF and then ON the panel

11 Launch the WinISP program from the PC, program the STATUS BYTE to 00, writing 00 in the STATUS BYTE box and pressing the WRITE
button

12 Switch OFF and then ON the panel with the main power switch and check that serial commands work fi ne sending an ESC$000E;.

• EEPROM PRESET

1 Disable the remote control sending the command ESC$000MRC00; and wait for the ACK

2 Reset the operating hours: ESC$000DRH; and wait for the ACK

3 Check the hours: ESC$000MOH; and wait for the correct answer: ESC%MOH000000; If the answer is not correct repeat point 2 and 3

4 Set temperature low threshold: ESC$000MTL28; (40°C) and wait for the ACK

5 Check temperature low threshold: ESC$000MTL?; and wait for ESC%000MTL28; If the answer is not correct repeat point 4 and 5

6 Set temperature high threshold: ESC$000MTH3C; (60°C) and wait for the ACK

7 Check temperature high threshold: ESC$000MTH?; and wait for ESC%000MTH3C; If the answer is not correct repeat point 6 and 7

8 Check the actual temperature value: ESC$000MTC; and wait for the answer ESC%000MTCxx; where xx shall be the ambient temperature
(HEX typical value from 0F to 24) otherwise check the temperature sensor (maybe is damaged).

9 Set monitor as slave: ESC$000DMT00; and wait for the ACK

10 Check monitor type: ESC$000DMT?; and wait for ESC%000DMT00; If the answer is not correct repeat point 9 and 10

11 Set LED status: ESC$000MLG00; and wait for the ACK

12 Check LED status: ESC$000MLG?; and wait for ESC%000MLG00; If the answer is not correct repeat point 11 and 12

13 Set Keyboard status: ESC$000MKA00; and wait for the ACK

14 Check Keyboard status: ESC$000MKA?; and wait for ESC%000MKA00; If the answer is not correct repeat point 13 and 14

15 Set Fan presence: ESC$000MFP00; and wait for the ACK

16 Check Fan presence: ESC$000MFP?; and wait for ESC%000MFP00; If the answer is not correct repeat point 15 and 16

17 Set Auto reset: ESC$000MPD06; and wait for the ACK

18 Check Auto reset: ESC$000MPD?; and wait for ESC%000MPD06; If the answer is not correct repeat point 17 and 18

19 Load light table: ESC$000DLI; and wait for the ACK

20 Enable light sensor I/O: ESC$000MAS01; and wait for the ACK

21 Check light sensor I/O: ESC$000MAS?; and wait for ESC%000MAS01; If the answer is not correct repeat point 20 and 21

22 Check the ambient light value: ESC$000MMS0A; and wait for the answer ESC%000MMSxx; where xx shall be the ambient light (HEX
typical value from 01 to 0A) otherwise check the light sensor (maybe is damaged).

23 Light the sensor at about 1,000lx and check again the light value: ESC$000MMS0A; and wait for the answer ESC%000MMSxx; where xx
shall be the new light source value (HEX typical value from AA to FF) otherwise check the light sensor (maybe is damaged).

24 Set Business Solution fl ag: ESC$000MBS01; and wait for the ACK

25 Disable the remote control sending the command ESC$000MRC00; and wait for the ACK

26 Check Business Solution fl ag: ESC$000MBS?; and wait for ESC%000MBS01; If the answer is not correct repeat point 24,25 and 26

BDL4211. . . 30

• PRELIMINARY SET-UP

1. Perform about 20min of warm-up switching on the monitor, setting it to PC analog input with no signal attached and pressing L and R button
simultaneously on the keypad to enter the aging page (a white page with fl ying R,G,B OSD)

2. Then connect a Video Generator or a PC to D-SUB

• PC-VGA MODE ADJUSTMENT

1. Use the Video Generator or PC with Graphic Board set the native timing 1366 x 768 @ 60 Hz (Native Timing 1 see Appendix 2 for details)
and the SMPTE pattern.

2. Press the “Menu” key on RC; the OSD menu appears on the screen.

3. Press the “W” arrow key in order to enter in “Image Setting” menu.

4. Press the “W” until the “Auto Adjust”and press “Menu” to get an autoadjust.

5. Visually check the quality of video image:

The position on the screen must be centred in both horizontal and vertical direction.

6. Generate the Pixel On-Off pattern and verify that the Pixel Clock and Phase are correct, if not manually adjust the Pixel Clock and Phase
entering the “Image Setting” menu in the OSD.

7. Store the geometry and values using the following command via RS232:

ESC$000GST01; and wait for the ACK

BDL4211. . . 31

8. Send the following timings by Video Generator or PC with Graphic Board:

DOS: 640x400 60Hz;

VESA: 640x480 60Hz; VGA.

VESA: 800x600 60Hz S-VGA.

VESA: 1024x768 60Hz XGA.

1280x768 @ 60Hz (See Appendix 1 Detailed Timing / Descriptor Block 1 for details)

9. For each of these timings, implements an AUTOADJUST command and verify the appropriate geometry in horizontal and vertical direction;

10. Use the Video Generator or PC with Graphic Board set the native timing 1366 x 768 @ 60 Hz (Native Timing 2 see Appendix 2 for details)
and the SMPTE pattern.

11. Press, on the local keyboard, both “left” and “right” buttons for 10sec: ( don’t care about the AUTOADJUST window) The OSD is in factory
preset mode. Verify the presence of red label: 420WA VIDEO V0.01.1 20041112

12. Press the “Menu” key on RC; the OSD menu appears on the screen.

13. Press the “W” arrow key in order to enter in “Image Setting” menu.

14. Press the “W” until the “Auto Adjust”and press “Menu” to get an autoadjust.

15. Visually check the quality of video image:

The position on the screen must be centred in both horizontal and vertical direction.

16. Generate the Pixel On-Off pattern and verify that the Pixel Clock and Phase are correct, if not manually adjust the Pixel Clock and Phase
entering the “Image Setting” menu in the OSD.

17. Select in “Color Setting” menu “NATURAL COLOR”

18. Select the red words area then press “Menu” and enter the “Factory adjust” menu.

19. Generate a fi ve white boxes pattern and select “AUTO-SUB”

20. Select in “Color Setting” menu “NORMAL COLOR”

21. Generate the White Page pattern 20% video level, Set BRIGHTNESS to 100, GAIN R G B to respectively 135, 125, 105 adjust OFFSET R
G B to get a brightness value between 10 cd/m2 and 14cd/m2 and the following colour coordinates:

x = 313 ± 15

y = 329 ± 15

22. Generate the White Page pattern 100% video level, adjust GAIN R G B to get a brightness value between 390 cd/m2 and 410cd/m2 and
the following colour coordinates:

x = 313 ± 15

y = 329 ± 15

23. Select in “Color Setting” menu “BLUE PRESET”

24. Adjust in “Factory adjust” menu GAIN R G B to get a brightness value between 390 cd/m2 and 410cd/m2 and the following colour coor-
dinates:

x = 283 ± 15

y = 298 ± 15

25. Select in “Color Setting” menu “RED PRESET”

26. Adjust in “Factory adjust” menu GAIN R G B to get a brightness value between 390cd/m2 and 410cd/m2 and the following colour coor-
dinates:

x = 332 ± 15

y = 348 ± 15

27. Select in “Color Setting” menu “NORMAL COLOR”

28. Generate the Raster page ( 0% video level ) and measure a brightness value less than 1.3 cd/m2

29. Set in “Factory adjust” menu “SUB-CON” to 75 and in “main controls” menu “Contrast” to 90

30. Adjust the “Brightness” in order to get a value between 340 ÷ 360 cd/m2

31. Switch off and switch on the monitor with lateral stand by button to exit from “Factory adjust” menu.

32. Disable remote control through the command ESC$000MRC00; and wait for the ACK

33. Store the geometry and picture value using the following commands via RS232:

ESC$000GST00; and wait for the ACK

ESC$000PST00; and wait for the ACK

34. Activate the ABC function through the following command

ESC$000MAS01; and wait for the ACK

ESC$000MLS01; and wait for the ACK

35. Display a white page, set the backlight to its max. value: ESC$000MPBFF; and wait for the ACK

36. Verify, after a few seconds, a brightness value greater than 300cd/m2

37. Display a white page, set the backlight to its min. value: ESC$000MPB00; and wait for the ACK

38. The brightness will decrease, verify, after a few seconds, a brightness value less than 200cd/m2

39. Disable the light sensor: ESC$000MLS00; and wait for the ACK

BDL4211. . . 32

40. Enable remote control through the command ESC$000MRC01; and wait for the ACK

• EDID FILES

VGA INPUT

128 BYTES OF EDID CODE:

0 1 2 3 4 5 6 7 8 9

________________________________________

0 | 00 FF FF FF FF FF FF 00 41 0C

10 | 22 08 0A B1 05 00 08 0F 01 03

20 | 68 5D 34 78 E8 A5 F0 A3 57 48

30 | 9C 25 12 48 4B 27 CE 00 01 01

40 | 01 01 01 01 01 01 01 01 01 01

50 | 01 01 01 01 0E 1F 00 80 51 00

60 | 1E 30 40 80 37 00 A2 0B 32 00

70 | 00 1C 32 1E 58 E8 50 00 26 30

80 | 10 60 35 00 A2 0B 32 00 00 1A

90 | 00 00 00 FC 00 50 68 69 6C 69

100 | 70 73 20 34 32 30 57 0A 00 00

110 | 00 FD 00 38 4B 1F 3F 08 00 0A

120 | 20 20 20 20 20 20 00 6B ______________________________________________________________

(08-09) ID Manufacturer Name _____________ = PHL

(11-10) Product ID Code __________________ = 0822(“)

(12-15) Last 5 Digits of Serial Number _______ = 373002

(16) Week of Manufacture ______________ = 08

(17) Year of Manufacture _______________ = 2005

(10-17) Complete Serial Number ___________ = “508373002

(18) EDID Version Number _____________ = 1

(19) EDID Revision Number ____________ = 3

(20) VIDEO INPUT DEFINITION:

Analog Signal

0.700, 0.000 (0.700 Vp-p)

Separate Syncs

(21) Maximum Horizontal Image Size _____ = 930 mm

(22) Maximum Vertical Image Size _______ = 520 mm

(23) Display Gamma __________________ = 2,20

(24) Power Management and Supported Feature(s):

Stand-By, Suspend, Active Off/Very Low Power

Display Type = R/G/B Color

(25-34) CHROMA INFO:

Red X - 0,639 Green X - 0,282 Blue X - 0,147 White X - 0,281

Red Y - 0,342 Green Y - 0,610 Blue Y - 0,073 White Y - 0,293

(35) ESTABLISHED TIMING I:

640 X 480 @ 60Hz (IBM,VGA)

640 X 480 @ 75Hz (VESA)

800 X 600 @ 56Hz (VESA)

800 X 600 @ 60Hz (VESA)

(36) ESTABLISHED TIMING II:

800 X 600 @ 72Hz (VESA)

800 X 600 @ 75Hz (VESA)

1024 X 768 @ 60Hz (VESA)

1024 X 768 @ 70Hz (VESA)

1024 X 768 @ 75Hz (VESA)

(37) Manufacturer’s Reserved Timing:

None Specifi ed

(38-53) Standard Timing Identifi cation:

Not Used

Not Used

Not Used

Not Used

Not Used

Not Used

Not Used

Not Used

_______________________________________________________________

(54-71) Detailed Timing / Descriptor Block 1:

1280x768 Pixel Clock: 79,50 MHz

_______________________________________________________________

Horizontal Image Size: 930 mm Vertical Image Size: 523 mm

Refreshed Mode: Non-Interlaced Normal Display - No Stereo

Horizontal:

Active Time: 1280 pixels Blanking Time: 384 pixels

Sync Offset: 64 pixels Sync Pulse Width: 128 pixels

Border: 0 pixels Frequency: 47,78 KHz

Vertical:

Active Time: 768 lines Blanking Time: 30 lines

Sync Offset: 3 lines Sync Pulse Width: 7 lines

Border: 0 lines Frequency: 59,87 Hz

BDL4211. . . 33

Digital Separate, Horizontal Polarity (-) Vertical Polarity (+)

_______________________________________________________________

(72-89) Detailed Timing / Descriptor Block 2:

1368x768 Pixel Clock: 77,30 MHz

_______________________________________________________________

Horizontal Image Size: 930 mm Vertical Image Size: 523 mm

Refreshed Mode: Non-Interlaced Normal Display - No Stereo

Horizontal:

Active Time: 1368 pixels Blanking Time: 232 pixels

Sync Offset: 16 pixels Sync Pulse Width: 96 pixels

Border: 0 pixels Frequency: 48,31 KHz

Vertical:

Active Time: 768 lines Blanking Time: 38 lines

Sync Offset: 3 lines Sync Pulse Width: 5 lines

Border: 0 lines Frequency: 59,94 Hz

Digital Separate, Horizontal Polarity (+) Vertical Polarity (-)

_______________________________________________________________

(90-107) Detailed Timing / Descriptor Block 3:

Monitor Name:

Philips 420W

_______________________________________________________________

(108-125) Detailed Timing / Descriptor Block 4:

Monitor Range Limits:

Min Vertical Freq - 56 Hz

Max Vertical Freq - 75 Hz

Min Horiz. Freq - 31 KHz

Max Horiz. Freq - 63 KHz

Pixel Clock - 80 MHz

Secondary GTF - Not Supported

BDL4211. . . 34

(126) No Extension EDID Block(s)

(127) CheckSum OK

• DVI INPUT

128 BYTES OF EDID CODE:

0 1 2 3 4 5 6 7 8 9

________________________________________

0 | 00 FF FF FF FF FF FF 00 41 0C

10 | 22 08 0A B1 05 00 08 0F 01 03

20 | 81 5D 34 78 E8 A5 F0 A3 57 48

30 | 9C 25 12 48 4B 27 CE 00 01 01

40 | 01 01 01 01 01 01 01 01 01 01

50 | 01 01 01 01 0E 1F 00 80 51 00

60 | 1E 30 40 80 37 00 A2 0B 32 00

70 | 00 1C 32 1E 58 E8 50 00 26 30

80 | 10 60 35 00 A2 0B 32 00 00 1A

90 | 00 00 00 FC 00 50 68 69 6C 69

100 | 70 73 20 34 32 30 57 0A 00 00

110 | 00 FD 00 38 4B 1F 3F 08 00 0A

120 | 20 20 20 20 20 20 00 52

______________________________________________________________

(08-09) ID Manufacturer Name _____________ = PHL

(11-10) Product ID Code __________________ = 0822(“)

(12-15) Last 5 Digits of Serial Number _______ = 373002

(16) Week of Manufacture ______________ = 08

(17) Year of Manufacture _______________ = 2005

(10-17) Complete Serial Number ___________ = “508373002

(18) EDID Version Number _____________ = 1

(19) EDID Revision Number ____________ = 3

(20) VIDEO INPUT DEFINITION:

Digital Signal

VESA DFP 1.x Compatible

(21) Maximum Horizontal Image Size _____ = 930 mm

(22) Maximum Vertical Image Size _______ = 520 mm

(23) Display Gamma __________________ = 2,20

(24) Power Management and Supported Feature(s):

Stand-By, Suspend, Active Off/Very Low Power

Display Type = R/G/B Color

(25-34) CHROMA INFO:

Red X - 0,639 Green X - 0,282 Blue X - 0,147 White X - 0,281

Red Y - 0,342 Green Y - 0,610 Blue Y - 0,073 White Y - 0,293

(35) ESTABLISHED TIMING I:

640 X 480 @ 60Hz (IBM,VGA)

640 X 480 @ 75Hz (VESA)

800 X 600 @ 56Hz (VESA)

800 X 600 @ 60Hz (VESA)

(36) ESTABLISHED TIMING II:

800 X 600 @ 72Hz (VESA)

800 X 600 @ 75Hz (VESA)

1024 X 768 @ 60Hz (VESA)

1024 X 768 @ 70Hz (VESA)

1024 X 768 @ 75Hz (VESA)

(37) Manufacturer’s Reserved Timing:

None Specifi ed

(38-53) Standard Timing Identifi cation:

Not Used

Not Used

Not Used

Not Used

Not Used

Not Used

Not Used

Not Used

_______________________________________________________________

(54-71) Detailed Timing / Descriptor Block 1:

1280x768 Pixel Clock: 79,50 MHz

_______________________________________________________________

Horizontal Image Size: 930 mm Vertical Image Size: 523 mm

Refreshed Mode: Non-Interlaced Normal Display - No Stereo

Horizontal:

Active Time: 1280 pixels Blanking Time: 384 pixels

Sync Offset: 64 pixels Sync Pulse Width: 128 pixels

Border: 0 pixels Frequency: 47,78 KHz

Vertical:

Active Time: 768 lines Blanking Time: 30 lines

Sync Offset: 3 lines Sync Pulse Width: 7 lines

Border: 0 lines Frequency: 59,87 Hz

BDL4211. . . 35

Digital Separate, Horizontal Polarity (-) Vertical Polarity (+)

________________________________________________________________

(72-89) Detailed Timing / Descriptor Block 2:

1368x768 Pixel Clock: 77,30 MHz

________________________________________________________________

Horizontal Image Size: 930 mm Vertical Image Size: 523 mm

Refreshed Mode: Non-Interlaced Normal Display - No Stereo

Horizontal:

Active Time: 1368 pixels Blanking Time: 232 pixels

Sync Offset: 16 pixels Sync Pulse Width: 96 pixels

Border: 0 pixels Frequency: 48,31 KHz

Vertical:

Active Time: 768 lines Blanking Time: 38 lines

Sync Offset: 3 lines Sync Pulse Width: 5 lines

Border: 0 lines Frequency: 59,94 Hz

Digital Separate, Horizontal Polarity (+) Vertical Polarity (-)

_______________________________________________________________

(90-107) Detailed Timing / Descriptor Block 3:

Monitor Name:

Philips 420W

_______________________________________________________________

(108-125) Detailed Timing / Descriptor Block 4:

Monitor Range Limits:

Min Vertical Freq - 56 Hz

Max Vertical Freq - 75 Hz

Min Horiz. Freq - 31 KHz

Max Horiz. Freq - 63 KHz

BDL4211. . . 36

Pixel Clock - 80 MHz

Secondary GTF - Not Supported

(126) No Extension EDID Block(s)

(127) CheckSum OK

• TIMING FOR LCD 42”

Aspect ratio: 16 : 9

Timing identifi cation: 1366 * 768 @ 60 Hz

ITEMS UNIT

Pixel Rate MHz 72.287 77.300

Hor. Freq. kHz 47.37 48.363

Vert. Frame frequency Hz 60 60

Horiz. active Pixels 1366 1366

Vert. active (frame) Lines 768 768

H. total Pixels 1526 1600

H. blank Pixels 160 234

H. front porch Pixels 48 16

H. pulse width Pixels 32 96

V. total (frame) Lines 790 806

V. blank (frame) Lines 22 38

V. sync. delay (frame) Lines 2 3

V. sync. width (frame) Lines 5 5

Scan type Non interlaced Non interlaced

Sync. on green Y/N No No

Hor. sync. +/- Y/N - +

Vert. sync. +/- Y/N - -

TTL comp. Y/N no no

S afety Tes t R equirements

BDL4211. . . 37

All units that are returned for service or repair must pass the
original manufactures safety tests. Safety testing requires both

and testing.Hipot G round C ontinuity

HI-POT TEST INSTRUCTION

1. A pplication requirements

1.1 All mains operated products must pass the Hi-Pot test as
described in this instruction.

1.2 This test must be performed again after the covers have
been refitted following the repair, inspection or modification
of the product.

2. Test method

2.1 Connecting conditions

2.1.1 The test specified must be applied between the parallel-

blade plug of the mainscord and all accessible metal
parts of the product.

2.1.2 Before carrying out the test, reliable conductive

connections must be ensured and thereafter be
maintained throughout the test period.

2.1.3 The mains switch(es) must be in the "ON" position.

3. E quipments and Conne ction

3.1. Equipments
For example :

- ChenHwa 9032 PROGRAMMABLE AUT O SAFETY

TESTER

- ChenHwa 510B Digital Grounding Continuity Tester

- ChenHwa 901 (AC Hi-pot test), 902 (AC, DC Hi-pot test)

Withstanding Tester

3.2. Connection

* T urn on the power switch of monitor before Hipot and

Ground Continuity testing.

Clip

Clip

2.2 Test Requirements

All products should be HiPot and Ground Continuity tested as
follows:

Condition HiPot Test for HiPot Test for Ground Continuity

products where products where Test requirement
the mains input the mains input is
range is Full 110V AC(USA
range(or 220V type)
AC)

Test 2820VDC 1700VDC Test current:
voltage (2000V AC) (1200V AC) 25A,AC

Test time:
Test time 3 seconds 1 second 3 seconds(min.)
(min.) Resistance

required:
T rip set at 100 uA 5 mA <=0.09+R ohm,
current for Max. R is the
(Tester) limitation; set resistance of

at 0.1 uA for the mains cord.
Min. limitation

Ramp set at 2
time seconds

2.2.1 The test with AC voltage is only for production purpose,
S erv ice center s ha ll use DC voltage.

(C henHwa 9032 tester)

Vide o c a b le

C onne c t the "video cable"
or "grounding s cre w"
to the C L IP on your tes ter.

Grounding screw

Connectthe powercord
to the monitor.

2.2.2 The minimum test duration for Quality Control Inspector

must be 1 minute. No breakdown during the test.

2.2.3 The test voltage must be maintained within the specified

voltage + 5%.

2.2.4 The grounding blade or pin of mains plug must be

conducted with accessible metal parts.

Power outlet

(R ear view of monitor)

4. R ecording

Hipot and Ground Continuity testing records have to be kept for
a period of 10 years.

BDL4211. . . 38

Video Card

A/D Alignment Kits - Analog connection

Fig. 2

Fig. 1

A/D Alignment Kits - Digital connection

DDC Ins tructions

G eneral

DDC Data R e-programming
In c as e the DD C data memory I C or ma in E E P R O M which storage all
fa c tor y s etting s we re re pla c e d due to a def ect, th e s eria l nu mb ers ha ve
to be re -progra mmed.
It is advised to re-soldered DDC IC and main E E P R O M from the old
board onto the ne w board if c ircuit board ha ve been replaced, in this
ca s e the DDC data does not nee d to be re-progra mmed.

Additional information
Additiona l information a bout D DC ( Dis pla y Data C ha nnel) may be
obtained from V ideo E lectronics S tandards Ass ociation (V E S A).
E xtended Dis pla y I dentification D ata(E DID) information ma y be a lso
obtained from VE S A .

DDC EDID s tructure
F or Ana log interfa c e: S tandard Ve rsion 3 .0

StructureVersion 1.2

F or D igital inferface: S tanda rd Vers ion 3 .0

StructureVersion 1.3

S y s tem and equipment requirements

1. An i4 86 (or above ) pers ona l computer or compatible.

2. Microsoft operation system Windows 95/98.

3. E D ID301.E X E program (3138 106 10103) a s shown in F ig. 1

4. A/D Alignment kits (3138 106 10079):
inclus ion : a . Alignme nt box x 1 ( as Fig. 2 )

Fig. 2

Note: The a lignmentbox has already build-in a batteries s ocket for

using batteries (9V ) a s power s ource. P ull out the socketby
remove four s crews at the rea r of box. Pleas e do not forget that
re move ba tterie s a f ter p ro gramming . T he e ne r gy of ba tterie s c a n
only drive c ircuits for a s hort pe riod of time.

To P rinter

DC 8V~12V

Power
indica tor

To Monitor
(D igital port)

A/D A lignment K its - Digital conne ction

Pin assignment

A. 15-pin D-S ub C o nnector

1
6

11

5
10
15

To P rinter

b. Printer c able x1
c. (D-S ub) to (D-S ub) cable x1

Note: T he E D ID301.E XE (R elease Version 1.58 20000818)is a
windows-based program, which cannot be run in MS-DOS .

EDID301. E XE

Ver:1.58

Dis k e tte with E D I D 3 01. E X E

DC 8V~12V

Power
indica tor

A/D Alignment Kits - Ana log c onne ction

Fig. 1

To P rinter

To Monitor

Video C ard

Pin No.

B . DVI-D Connec tor

Assignment

1

R e d vide o input
G reen video input

2

Blue video input

3

Ground

4

No Connected

5

6

Red videoground

Green video ground

7

8

B lue video ground

Pin No.

1

9

17

PinNo. Assignment PinNo. Assignment

1 TMDS D a ta 2- 13 TMD S D a ta 3+

2TMDSData2+ 14+5VPower

3 T MDS Data 2/4 S hield 15 G round (+5V)

4TMDSData4- 16HotPlugDetect

5 TMDS D a ta 4+ 17 T MD S D a ta 0-

6DDCClock 18TMDSData0+

7 DDC Data 19 T MDS Data 0/5 S hield

8 No connect 20 T MDS Data 5-

9 TMDS D a ta 1- 21 TMD S D a ta 5+

10 TMDS Da ta 1+ 22 T MDS C lock S hield

11 T MDS Data 1/3 S hield 23 T MDS Clock+

12 TMDS Da ta 3- 24 T MDS C lock-

Assignment

9

+5V

Ground

10

Ground

11

12

Serialdata line(SDA)

H.S ync

13

14

V.Sync(VCLK for DDC)

15

Data clock line(S C L )

8

16

24

1. Configuration and procedure

BDL4211. . . 39

DDC Instructions

There are two ICs contained serial number on the circuit board,
Analog Flash ROM IC (7301), and main EEPROM (7302) which
storage all factory settings. Following descriptions are the
connection and procedure for Analog Flash ROM IC , the main
EEPROM can be re-programmed along with Analog IC by
enable factory memory data write function on the DDC
program (EDID301.EXE).

Initialize alignment box

In order to avoid that monitor entering power saving mode due to
sync will cut off by alignment box, it is necessary to initialize
alignment box before running programming software (EDID301.EXE).
Following steps show you the procedures and connection.

Step 1: Supply 8~12V DC power source to the Alignment box by

plugging a DC power cord or using batteries.
Step 2: Connecting printer cable and video cable of monitor as Fig. 1
Step 3: Run the EDID301.EXE program until the main menu appears.

This is for initialize alignment box.

PC

(LTP1)

DC Power

port

8~12 V

~

~

PHILIPS

PC

TP1)

DC Power

card

o video
T

port (L

To printer

8~12 V

Printer
Port

~

~

To
Monitor

To P C

D-sub

PHILIPS

DVI

DVI to D-sub cable

D-sub video cable

Fig. 3

2. DDC re-programming instructions

Start on DDC program

Start Microsoft Windows.

1. Insert the disk containing EDID301.EXE program into floppy disk
drive.

2. Click , choose Run at start menu of Windows 95/98.

To printer

Printer
Port

To
Monitor

To P C

Fig. 1

D-sub video cable

Re-programming DDC IC

Step 1: After initialize alignment box, connecting all cables and box as

Fig. 2 for analog DDC, Fig.3 for digital DDC

Step 2: Press and hold "Menu" and "Plus" buttons then power on the

monitor.

Step 3: Follow the steps on DDC re-programming instructions to staring

re-programming.

PC

card

To video

port (LTP1)

To printer

DC Power

8~12 V

~

~

To
Monitor

Printer
Port

To P C

PHILIPS

D-sub video cable

Fig. 2

BDL4211. . . 40

DDC Ins tructions

3. At th e s ubme nu , typ e the le tter o f y our compu te r' s floppy dis k drive
followed by :E DID301 (for e xample, A:\E DID301.exe, )

as shown in F ig. 4.

Fig. 4

4. C lick button. The main menu appears (as shown on Fig. 5).

Co mmand bar

Tools bar

L oa ding DDC data fro m m on itor

1. C lick icon on the tools bar to bring up the C onfigura tion
Setup windows as Fig.6

2. S e lect the DD C 2B a s the c om munic a ti on ch a nn el.

3. E na ble Fac tory me mory data writ e function and fill in page addre ss
F 0 to th e blo ck.

4. D i s a bl e S oftwa r e DD C fun ction .

5. C lick button to confirm your s elec tion.

N ote : T h e F a c tor y mem or y da ta wri te fun ction will a llow E D I D 3 0 to

rewrite s erial numbers both Analog D D C IC a nd main E E P R O M
to m a ke sure both S /N a re e xactly the s a me . You ma y co nfi rm the
function by checking the S /N at P roduct information of the OS D
menu a fter restarting the monitor.

Fig. 5

Note:

If the conne ction is improper, you will s e e the following error

mes s age before entering the ma in menu. Mea nwhile, the
(re ad E D ID ) function will be disable . At this time , pleas e make
sure all cable s are connec ted correctly a nd fixedly, and the

Status bar

Fig. 6

6. C lick ic o n to re a d DD C E D I D da ta fro m moni tor. T h e E D I D
code s will dis play on s creen as following. (T he E DID c odes are
de pe nd o n th e mod e l. ) Me a n while , T h e sta tus bar will indic a te
00% to 100% when reading.

Fig. 7

DDC Ins truc tions

BDL4211. . . 41

Note:

During the loading, E DID30 will verify the EDID da ta which just
loa de d from monito r be fo re pro ceed any fur the r fu nc tion, on c e the
data structure o f E DID c a n not be recognized, the following error
mes s a ge will a ppear on the s cree n (F ig. 8) . P lea s e confirm
following steps to avoid this mes s a ge .

1. The da ta structure of E DID was incorrect.

2. DDC I C tha t y ou a re trying to loa d da ta is e m pty.

3. Wrong communication channel ha s set a t configuration setup
Windows.

4. C able s loos ed or poor contact of connec tion.

Fig. 8

Modify D DC data (S eria l No.)

1. Click icononthe tooslbar.

2. C lic k till the S tep 7 of 9 window appea rs .

3. Type the new S e rial No. (for exa mple , TY 1000813).

4. C lic k till the las t s tep window appears, then click to
exit th e S te p wind ow.

L o ad DDC d ata from file

1. C lick from the tools ba r.

2. S ele ct the file you want to ope n.

3. C lic k . B utton.

4. Now you can re-programming D D C data which you just loaded
from a file, please be confirmed that model and serial number are
correct and match with the monitor you are trying to re-write.

E x it DDC program

1. C lick file command on the comma nd ba r t hen s e lect E xit.

Wr ite DD C data to mon ito r

1. C lic k ic o n from the too ls ba r to s ta rti ng re write DDC da ta .

2. C lic k for confirma tion.

S av e DDC data a s a file
S ometimes , y ou ma ybe ne e d to s a ve DDC d a ta a s a te xt fi le for us ing
on other DDC c hip. To sa ve DDC da ta, follow the steps below:

1. C lic k icon on the tools ba r and type a file name you like. T he
file format is ddc type which ca n be open by Micros oft W ordP ad.

2. C lic k button.

Definition of Serial Number:

BDL4211. . . 42

DDC Data

**********************************************************************
Ana log E D ID log file
********************************************************************
Vendor/P roduct Identification

ID Manufacturer Name : PH L
ID P roductC ode : 0822 (H E X. )
ID SerialNumber : 1E240(HEX.)
Week of Manufacture : 48
Year of Manufacture : 2003

EDIDVersion, Revision

Version : 1
Revision : 3

B a s ic Displa y P ara me ters /F e a tures

V ideo I nput D e finition : A na log V ideo I nput

0.700V /0. 000V (0. 70Vpp)
without B la nk-to-B la ck S e tup
Separate Sync
wi th out C om po s ite S y nc
without S y nc on G re e n

no S e rra tion required
Maximum H Image S ize : 64
Maximum V Image S ize : 38
Dis pla y T ra ns fe r C ha ra c teris tic : 2. 2 (ga mma )
F e a ture S u ppor t (D P M S ) : S tan dby

Suspend

Active Off

Dis pla y Type : R G B color displa y

C olor C ha ra c ter is tics

R e d X coordinate : 0. 63 1
R e d Y coordinate : 0 . 33 9
G re e n X coordinate : 0. 28 2
G re e n Y coordinate : 0 . 5 97
B lue X c oordinate : 0. 14 4
B lue Y c oordinate : 0. 07 6
W hite X c oordina te : 0. 28 4
W hite Y coordinate : 0. 29 5

E s ta blis hed T imings

E s ta blished Timings I : 640 x 480 @ 60Hz (IB M,V G A)

800 x 600 @ 56Hz (V E S A )

800 x 600 @ 60Hz (V E S A )
E s ta blished Timings II : 1024 x 768 @ 60H z (V E S A)
Ma nufa c turer's timings :

S ta nd a rd T imin g I dentific a tion : U nu s e d
De taile d T imin g # 1

Pixel Clock(MHz) : 79.5
H A c tive (pixe ls ) : 128 0
H B lan k ing ( pix e ls ) : 38 4
V Ac tive (line s ) : 768
V B la nk ing ( lin e s ) : 3 0
HSyncOffset(FPorch)(pixels): 64
HSyncPulseWidth(pixels) : 128
V S yn c Offs e t (F P orch ) (line s ) : 3
V S yn c P uls e Width ( line s ) : 7
H I ma ge S iz e (mm) : 6 4 3
V Image S iz e (mm) : 3 8 6
HBorder(pixels) : 0
V B or de r ( lin e s ) : 0
Flags : Non-interlaced

:NormalDisplay,Nostereo
: Digital S e pa ra te s y nc .
: P os itive Ve rtic a l S ync .
: Ne ga tive Horiz onta l S ync .

Monitor Des criptor #2

S erial Number : T Y 123456

Monitor Des criptor #3

Monitor N a me : P hilips 30 0W N

Monitor Des criptor #4

Mo nitor R a n ge L imits
Min. Vt rate Hz : 5 6
Max. Vt ra te H z : 61
Min. H o riz. rate kH z : 31
Ma x. Horiz . rate kH z : 63
Max. S upporte d Pixel : 80

No s e c onda ry G T F timing formula supported.
ExtensionFlag : 0
Check sum : BD (HEX.)

**********************************************************************
E DID da ta (12 8 byte s )
**********************************************************************

0: 00 1: ff 2: ff 3: ff 4: ff 5: ff 6: ff 7: 00

8: 41 9: 0c 10: 22 11: 08 12: 40 13: e2 14: 01 15: 00
16: 30 17: 0d 18: 01 19: 03 20: 68 21: 40 22: 26 23: 78
24: e 8 25: b7 26: ee 27: a 1 28: 56 29: 48 30: 98 31: 24
32: 13 33: 48 34: 4b 35: 23 36: 08 37: 00 38: 01 39: 01
40: 01 41: 01 42: 01 43: 01 44: 01 45: 01 46: 01 47: 01
48: 01 49: 01 50: 01 51: 01 52: 01 53: 01 54: 0e 55: 1f
56: 00 57: 80 58: 51 59: 00 60: 1e 61: 30 62: 40 63: 80
64: 37 65: 00 66: 83 67: 82 68: 21 69: 00 70: 00 71: 1c
72: 00 73: 00 74: 00 75: ff 76: 00 77: 20 78: 54 79: 59
80: 20 81: 31 82: 32 83: 33 84: 34 85: 35 86: 36 87: 0a
88: 20 89: 20 90: 00 91: 00 92: 00 93: fc 94: 00 95: 50
96: 68 97: 69 98: 6c 99: 69 100: 70 101: 73 102: 20 103: 33

104: 30 105: 30 106: 57 107: 4e 108: 00 109: 00 110: 00 111: fd
112: 00 113: 38 114: 3d 115: 1f 116: 3f 117: 08 118: 00 119: 0a
120: 20 121: 20 122: 20 123: 20 124: 20 125: 20 126: 00 127: bd

DDC Data

BDL4211. . . 43

**********************************************************************
Digita l E DID log file
********************************************************************
Vendor/P roduct Identification

ID Manufacturer Name : P H L
ID P roductC ode : 0822 (HE X.)
ID SerialNumber : 1E240(HEX.)
Week of Manufacture : 48
Year of Manufacture : 2003

EDIDVersion, Revision

Version : 1
Revision : 3

B a s ic Displa y P ara me ters /F e a tures

V ideo I nput D e finition : D igital V ideo I nput

C ompa tible with V E S A

DFP 1.x
Maximum H Image S ize : 64
Maximum V Image S ize : 38
Dis pla y T ra ns fe r C ha ra c teris tic : 2. 2 (gamma )
F e a ture S u ppor t (D P M S ) : S tandby

Suspend
Active Off

Dis pla y T ype : R G B co lor dis pla y

C olor C ha ra c ter is tics

R e d X coordinate : 0. 63 1
R e d Y coordinate : 0. 33 9
G re e n X coordinate : 0. 28 2
G re e n Y coordinate : 0 . 59 7
B lue X c oordinate : 0. 14 4
B lue Y c oordinate : 0. 07 6
W hite X c oordina te : 0. 28 4
W hite Y coordinate : 0.2 9 5

E s ta blis hed T imings

E s ta blished Timings I : 640 x 480 @ 60Hz (IB M,V G A)

800 x 600 @ 56Hz (V E S A )

800 x 600 @ 60Hz (V E S A )
E s ta blished Timings II : 1024 x 768 @ 60H z (V E S A)
Ma nufa c turer's timings :

S ta nd a rd T imin g I dentific a ti on : U nu s e d
De taile d T imin g # 1

Pixel Clock(MHz) : 79.5
H Active (pixels) : 1280
H B lan k ing ( pix e ls ) : 38 4
V Ac tive (line s ) : 768
V B la nk ing ( lin e s ) : 3 0
HSyncOffset(FPorch)(pixels): 64
HSyncPulseWidth(pixels) : 128
V S yn c Offs e t (F P orch) (line s ) : 3
V S yn c P uls e Width ( line s ) : 7
H I ma ge S iz e (mm) : 6 4 3
V Image S iz e (mm) : 3 86
HBorder(pixels) : 0
V B or de r ( lin e s ) : 0
Flags : Non-interlaced

:NormalDisplay,Nostereo
: Digital S e pa ra te s y nc .
: P os itive Ve rtic a l S ync .
: Ne ga tive H or iz o nta l S ync .

Monitor Des criptor #2

S erial Number : T Y 123456

Monitor Des criptor #3

Monitor N a me : P hilips 30 0 W N

Monitor Des criptor #4

Mo nito r R a ng e Limits
Min. Vt rate Hz : 56
Max. Vt ra te H z : 61
Min. H o riz. rate kH z : 31
Ma x. Horiz . rate kH z : 63
Max. S upporte d Pixel : 80

No s e c onda ry G T F timing formula supported.
ExtensionFlag : 0
Check sum : BD (HEX.)

**********************************************************************
E DID da ta (12 8 byte s )
**********************************************************************

0: 00 1: ff 2: ff 3: ff 4: ff 5: ff 6: ff 7: 00

8: 41 9: 0c 10: 22 11: 08 12: 40 13: e2 14: 01 15: 00
16: 30 17: 0d 18: 01 19: 03 20: 81 21: 40 22: 26 23: 78
24: e 8 25: b7 26: ee 27: a1 28: 56 29: 48 30: 98 31: 24
32: 13 33: 48 34: 4b 35: 23 36: 08 37: 00 38: 01 39: 01
40: 01 41: 01 42: 01 43: 01 44: 01 45: 01 46: 01 47: 01
48: 01 49: 01 50: 01 51: 01 52: 01 53: 01 54: 0e 55: 1f
56: 00 57: 80 58: 51 59: 00 60: 1e 61: 30 62: 40 63: 80
64: 37 65: 00 66: 83 67: 82 68: 21 69: 00 70: 00 71: 1c
72: 00 73: 00 74: 00 75: ff 76: 00 77: 20 78: 54 79: 59
80: 20 81: 31 82: 32 83: 33 84: 34 85: 35 86: 36 87: 0a
88: 20 89: 20 90: 00 91: 00 92: 00 93: fc 94: 00 95: 50
96: 68 97: 69 98: 6c 99: 69 100: 70 101: 73 102: 20 103: 33

104: 30 105: 30 106: 57 107: 4e 108: 00 109: 00 110: 00 111: fd
112: 00 113: 38 114: 3d 115: 1f 116: 3f 117: 08 118: 00 119: 0a
120: 20 121: 20 122: 20 123: 20 124: 20 125: 20 126: 00 127: a 4

BDL4211. . . 44

Repair Flow Chart

1.No Work / LED is off

Check if

No

power switch
is normal

Yes

Check if AC
adaptor output
= 24V on 1102

No

and
=16V on 1103

Yes

Try to replace
7753 CPU or 7754 CPU’s flash ROM
7752 CPU’s EEPROM or
7701 Painter or
7722 Painter’s EEPROM

Replace power switch

Replace Power board
or go to troubleshoot
power board.

3.No picture / LED is
green

Check if working voltage
3V3, 2V5, 5V to
7402 JAGASM
7753 CPU
7754 CPU’S flash ROM
7752 CPU’s EEPROM
7701 Painter
7722 Painter’s EEPROM

Yes

Check if clock source
1401 output 14MHz
1753 output 22MHz
1702 output 12MHz

Yes

Check if scaler 7402
output 48 bits TTL
RGB, clk, H/V and
DE signal

Yes

Check resistors­network
3481~3486

No

No

No

Check circuit around each

No

regulator and eliminate short
and open situation
7001 pin2=5V
7008 pin3=2V5
7009 pin2=3V3

Replace 1401, 1753 or 1702

Try to replace
7753 CPU or
7754 CPU’s flash ROM
7752 CPU’s EEPROM or
7701 Painter or
7722 Painter’s EEPROM

Replace bad resistors­network 3481~3486

2.No raster / Picture
too dim

Check if 1102 on
power board
Pin 1,2,3=24V
Pin4=0~4.7V
Pin5=3.3V

Yes

Check if
inverter output =
738~1001Vrms
45K~75KHz

No

No

Check working
voltage, backlight
control signal and
brightness control
signal on scaler board

Replace LCD panel +
Inverter PCB

Yes

Replace LVDS cable

No

Replace LCD panel

4.No D-sub picture

Check if H/V
signals input to
Schmitt trigger
7203

Yes

Check if Schmitt
trigger 7203
output H/V signals
to JAGASM

No

No

Check input path from 1201
to 7203

Replace 7203

Yes

Go to 3. No picture / LED is green

Repair Flow Chart

BDL4211. . . 45

5.No DVI picture

Check if DVI
signals input to
TMDS-Rx 7842

Yes

Check if DDC IC
7801 with correct
DVI EDID code

Yes

Check if TMDS­Rx 7842 output 24
bits signals to
JAGASM

Yes

Go to 3. No picture / LED is green

No

No

No

Check input path from 1801
to 7842

Put correct DVI EDID code
in 7801

Replace 7842

Yes

Check if video
decoder 7302
output 8 bits
digital signals

Yes

Check resistors­network 3325,
3324

Yes

Check if
VDD-IO-3V3
VDD-CORE-1V8
PLL-1V8
DAC-1V8
DAC-3V3
To FLI2300 7351

Connector 2

No

No

No

Replace 7302

Replace 3325 or 3324

Check circuit around each
regulator and eliminate short
and open situation
7006 pin3=1V8
7009 pin2=3V3

6.No TV picture

Check if tuner
1501 pin 1 output
MM-CVBS signal

Yes

Check if connector
1601 pin 17 output
TUN-CVBS
signal

Yes

Connector 1

Check if 7301
pin 2=3.3V

No

No

No

Replace 1501

Replace 7501

Replace 7301

Yes

Check if 1351
output 13.5MHz

Yes

Check if video
converter 7351
output 24 bits
YCbCr signals

Yes

Check resistors­network
3372~3377

Yes

Go to 3. No picture / LED is green

No

Replace 1351

No

Replace 7351

No

Replace 3372~3377

Check if 1302
output 24MHz

Yes

No

Replace 1302

BDL4211. . . 46

7.No SVHS /
CVBS picture

Check connector 1601
Pin 20 output Y-SVHS
Pin 21 output C-SVHS
Pin 12 output AV -CVBS
signals

Repair Flow Chart

9.No PC / S-audio
/ CVI-audio sound

Check audio decoder 7901
Pin 35 input S-AUD-L

No

Check input path from 1642
and 1641 to 1601

Pin 36 input S-AUD-R
Pin 38 input CVI-AUD-L
Pin 39 input CVI-AUD-R
Pin 41 input PC-AUD-L
Pin 42 input PC-AUD-R

No

Check input path from 1641
and 1601to 7901

Yes

Go to connector 1

8.No HDTV picture

Check connector 1601
Pin 26 output G-Y
Pin 27 output B-Pb
Pin 25 output R-Pr
signals

Yes

Check ADC 7252
VDD=3V3
VD=3V3
PVD=3V3

Yes

Yes

Connector 3

Check if audio
decoder 7901
Pin 31=8V
Pin 10=5V
Pin 49=5V
Pin 63=5V

Yes

No

No

Check input path from 1641
to 1601

Check circuit around each
regulator and eliminate short
and open situation

Check if 1901
output 18MHz

Yes

Check if audio decoder 7901
Pin 20 output MSP-OUT-R
Pin 21 output MSP-OUT-L
signals

Yes

No

No

Eliminate short and open
situation

Replace 1901

No

Replace 7901

Check if ADC 7252
output 24 bits RGB
digital signal and
HDTV-HSYNV,
VSYNC, CLK

Yes

Check resistors­network
3271~3277

Yes

Go to connector 2

Check if TDA1517 7941
Pin 1 input V(1517 in) L

No

Replace 7252

Pin 2 input V(1517 in) R
signals

Yes

Check if 7947
Pin7=16V

No

Replace 3271~3277

Yes

Checkif7947
Pin 4 output signal

No

No

Check circuit around
7949, 7950, 7951

Eliminate short and open
situation

No

Replace 7947

Pin 6 output signal

Yes

Replace speakers

10.No TV sound

BDL4211. . . 47

Repair Flow Chart

13.LED and
function key poor

Check if tuner 1501
pin 10 output 2

nd

signal

Yes

Go to connector 3

11.No earphone
sound

Check if TDA1308
7953 pin 8=5V

Yes

-IF

No

No

Replace 1501

Check circuit around
control board and
cable between
control board and
scaler board

Eliminate short and open
situation

Check TDA1308 7953
Pin 7 output PHONE-OUT-R
Pin 1 output PHONE-OUT-L
signals

Replace Phone Jack board

12.No remote
function

Try another remote
control

No

Yes

Yes

No

Replace one good remote
control

Replace 7953

Check IR receiver

BDL4211. . . 48

MECHANICAL PARTS:

9919 208 00051 FRONT FRAME ASSY

9919 201 00431 REAR ENCLOSURE

ELECTRICAL PARTS:

9919 206 51682 LC420W02-A4 LCD MODULE 42”

9919 208 52451 PCA MAIN ASSY *SLAVE-V*

9919 208 52461 PCA MAIN ASSY *SLAVE-B*

9919 158 55211 PCA KEY CONTROL ASSY

9919 208 52281 PCA REMOTE CONTROL ASSY

9919 208 52263 PCA I/O ASSY

9919 208 52252 PCA AUX POWER SUPPLY

9919 208 52223 PCA LAMP SENSOR ASSY

9919 208 52501 PCA SMPS ASSY

9919 208 52271 PCA TEMP. SENSOR

9919 158 59121 PCA TV BOX ASSY

9919 158 55061 PCA AUDIO ASSY

9919 158 55041 PCA AUDIO OUT JACK ASSY

9919 208 80041 FD126015LB FAN 12V 60X60X15

SPARE PARTS LIST

PCB

YY= Year (03=2003)

BDL4211. . . 49

IDENTIFICATION LABEL

YYWW 9999 6xxxx 00

00= Tecnical Level (00 to 99)

WW= Week (01 to 52)

Progressive serial number (0001 to 9999)

MONITOR

REAR LABEL

IDCSB3/1

Type Number: C29WSD000/25 PH 9919 310 xxxxx

FIMI via S. Banfi, 1
SARONNO
JUNE 2003

6xxxx= Last 5 digits of PCB code 3119 208 6xxxx

A: 1.9-1,0

Serial No: AN00 yyww001001

Model number

IDCSB3/1 A: 1.9-1.0

Type Number: C29WSD000/25 PH 9919 310 xxxxx

FIMI via S. Banfi, 1
SARONNO
JUNE 2003

Date of Manufactured

Serial No: AN00 yyww001001

Maximum current rating

Code number (12NC)

Serial number:

AN=Origin code (FIMI)
00 = Tecnical level
yy= Year (03=2003)
ww= Week (01 to 52)
001001= progressive number

BDL4211. . . 50

BLOCK DIAGRAM OF 42” LCD SLAVE

SMPS B

24V

DC

/ 16VDC

SMPS A

24V

DC

AUXILIARY

POWER SUPPLY

MAIN BOARD

(SCALER)

PC VGA DVI

MAINS SOCKET

INPUT 90 ÷ 264VAC

FANS

I / O BOARD

CONTROL BOARD

KEYBOARD

SPEAKERS

LINE OUT

TV BOARD

CVBS, YC, YPbPr

L/R AUDIO

AUDIO

BOARD

LCD PANEL MOD: LC420W02

LCD INTERFACE

INVERTER A

INVERTER B

SCALER

1948

1947

1951

AUDIO

AUX

1102

1103

1102

1102

1103

SMPS

I/O BOARD

MAINS
FILTER

VIDEO

CONTROL BOARD

LAMP
SENSOR

RS232

TEMP.
SENSOR

AUX

LAMP
SENSOR

FAN

FAN

3073

3046

3082

3047

3072

3079

3079

3044

3097

3046

3096

3096

3073

3056

3098

3047

AUDIO

SMPS

3047

3047

3082

AUDIO OUT

1701

1402

1491

1752

1948

1947

1951

WIRING DIAGRAM

KEYBOARD

3095

3094

208 80041

BDL4211. . . 51

Power Diagram

ADJ

ADJ

ADJ

ADJ

RESET

150KHZ

+

CURRENT

LIMIT

3A

SWITCH

3.3V , R 2 = 4.2 K
5V,R2=7.6 K

12V , R 2 = 21.8 K

ADJ,R 2=0R

R1 = OPEN

OSC.

DRIVER

SOURCE

BIAS

2.5V

OP AMP

REGULA TO R

ST AR T

UP

CURRENT

GM

AMP

1.235V

REFERENCE

2.5V

LATCH

COMP .

220mV

+

COMP .

THERMAL

LIMIT

COMP .

OFF

R2

R1=2.5K

ACTIVE

CAP ACIT OR

FREQ.

SHIFT

TO ADAPTER

U309 B8
U310 B9
U338 A4
U339 B7
U618 B5
U619 A6
U620 D5
U621 B4
U625 F6
U633 E5

F7A

F001 A2
F002 B2
U132 F8
U133 E8
U134 D4
U159 B2
U160 A7
U161 A6
U162 B6
U234 B6
U235 B4
U239 E1
U274 B7
U275 A9

2238586198122001

BEAD

3. All devices should be placed as close as possible to the IC .

6001 D1
6002 F4
6098 B9
7001 D1
7002 D2
7003 C2
7004 C4
7005 A5
7006 D5
7008 E8
7009 E6
7010 A8
7011 A6
7012 B6
7013 B2

1W

2W

933967310685

SSQ7

24220861 10531002

2422026053091001

ReservedRef Des

3029 D4
3031 B5
3032 C6
3034 E7
3037 E6
3039 B8
3041 B8

3042 B8
3043 C7
3045 B1
3046 B1
3047 B1
5001 F4
5002 A5
5003 A6

BEAD

2009

50V

100n

MAIN PCB

W > 4mm

5005 F9
5006 E9
5007 A3
5011 F5
5013 A9

EXCEPT 1001,2006,2007,2013,2029,2097,2015,2018,2024,3022,3029,3034,3037,5001,5007,5013 WERE CHIP COMPONENTS.

3001 D1
3002 D1
3003 C1
3004 C1
3005 C2
3006 D3
3007 D5
3008 D5
3009 D2
3011 F8
3012 F8
3013 F3
3014 B4
3015 B4
3016 B4
3017 B4
3018 C4
3019 A4
3020 A4
3022 A6
3023 B6
3024 B6
3025 B7

2009 A2
2011 E 9
2013 F5
2014 F9
2015 F7
2016 F6
2017 F7
2018 F8
2021 C5
2024 D4
2026 D3
2027 D3
2028 B6
2029 B7
2097 B9

(2)

2W

(1)

W > 4mm

I27 E8
U12 B4
U19 A9
U73 C5
U75 D4
U81 F9
U82 F6
1001 A2
1002 A3
2001 A3
2002 D4

2. Keep loop area around IC very small .

[R]

1W

50V

223858619812

BEAD

3198021310303014

2004 B1
2005 D4
2006 D5
2007 F5

21221 1805674

5007

100n

3019 232272461007
3031 21221 1805678

47K

3032

I25 A3

22K
5002 313816874261
5003 313816874261

BC848C

2345678 9

12345678 9

A

B

A

B

C

D

E

F

I1 A4
I7 C2
I9 D5
I10 C1
I12 D4
I13 D3
I15 E4
I16 E5
I18 F7
I19 F9
I20 B4
I23 C4
I24 C1

SB: 59991 x1

BEAD

1. T race (except pin 5) both 7003 should be thick and short .

1

3013

510R

PB: 59591

243853598058
7012

C

D

E

F

7002

BC848C

U310

U162

3022

4R7

5002

U274

2007

1000u

16

+5

2024

470u

25

100R

3039

I23

LM217D2T

7008

GND

1

2

Vi n3Vout

U73

I16

+5

16

2005

100n

2015

1000u

16

7009

LD1085D2T33

1

GND

Vi n

3

Vout

2

F7A

1002

SSQ7

0R

3020

U620

3016

82K

200R

3042

3019

5007

3V3-STBY

I20

47K

3005

22K

3032

BC848C

7012

3008

620R

2021

10n

3037

0R82

10

10u

2014

I7

I10

U239

25

100u

2097

5001

68uH

16V

U75

+3V3

10u

2026

47K

3015

+5

U160

16

2016

100n

16V

F001

I25

U134

2013

100u

25

100u

5013

U161

5003

5K1

3024

22K

3006

U618

47K

3001

+2V5I

1K5

3041

SS34

6002

3023

160R

2029

100u

25

16V

+5

U12

50V

2002

100n

2011

10u

10

200625470u

+1V8

U159

100n

2017

16

+5

U621

U132

GND

1

2

Vi n3Vout

7006

LM217D2T

GND

1

Vi n2Vout

3

LM217D2T

7011

I27

3004

2001

100n

50V

U81

47K

F002

8K2

3002

BC848C

7003

50V

2009

100n

U82

5006

I9

2028

I1

3043

1K

50V

100n

620R

3012

U619

U19

3003

47K

I18

2R7

3029

16V

I24

7004

BC848C

16

2004

2u2

I15

I13

U234

U338

7010

LM2594M-ADJ

4

FB

6

GND

NC0

1

NC1

2

3

NC2

5

ON_OFF

8

OUTPUT

7

Vi n

5005

3007

270R

I19

5011

6001

BZX84-B16

3V3-STBY -ON

100u

25

2018

220K

3045

BC848C

7013

SI9433DY

7005

D1

8

D2

7

D3

6

D4

5

G

4

S1

1

S2

2

S3

3

100K

3017

16V

I12

U309

FEEDBACK

3

GND1 MT1

6

ON

5

OUTPUT

2

Vi n

1

3011

620R

3018

47K

7001

LM2596SX-5.0

4

0R82

3034

16V

6098

SFPJ-73V

620R

3025

3009

22K

16V

+2V5II

+2V5

PAN-VCC

16V

U339

U235

3014

+5

+5T

150K

3047

U633

U133

3046

100K

3031

47K

U625

U275

1001

MT1

MT2

1

2

3V3-STBY -ON

2027

10u

POW -CON-SCALER

PANEL-PWR-CTL

RESET -PAINTER

BDL4211. . . 52

MC78L08ACPRA

933539650686

1681

WEVIDEO

823827713901NOT USED

NAFT A

Ref Des BASIC

2222241 19876
10u

2686 NOT USED

933539650686
MC78L08ACPRA

7681

NOT USEDNOT USED

223886715181

10u

2222241 19876

10u

2685 NOT USED 2222241 19876

NOT USED

0R
NOT USED

NOT USED NOT USED NOT USED

3688 21221 1805631

223886715181

3687 21221 1805631

0R

61198

933539650686
MC78L08ACPRA

61198

823827713901
61198

823827713901

223886715181

I/O & Interface Diagram

B

C

D

E

F66 B6
F69 B6

NI

678

123

NI

E

A

78

A

B

C

D

12345

2682 B6
2683 D6
2684 D7
2685 E3
2686 B2
3681 B7

TO AUDIO BD

SB: 59991 x1

456

3684 D7
3686 C4
3687 C2
3688 C2
6681 A6
6683 C7
7681 D3
F080 C3
F082 C4
F083 C3
F084 C3
F085 B3
F086 B4

1681 A3
1682 A6
1684 D5
2681 B7

F103 D4
F104 D5
F105 E5
F106 E6
F107 E4
F108 E6

TO TV_BOX BD

3682 B7
3683 C7

EXCEPT 1681,1682,1684,7681 WERE CHIP COMPONENTS.

MAIN PCB

F087 B3
F089 C3
F091 B4
F092 B4
F093 C4
F094 B3
F095 B3
F096 B4
F097 B4
F098 B3
F099 B4
F100 B4
F101 A3
F102 C4

F105

PB: 59591

F616 B6
U146 D8
U212 C4
U213 B3
U222 D6
U230 B3
U269 C3
U614 C3

0R

3688

27K

3682

3687

0R

F082

F099

1K

F108

+8V

3681

330p

2683

50

F094

+5

+5T

F085

F095

F083

6681

F086

F093

F69

47K

3686

+5T

F104

26

2728

29

3

30

4

56

78

9

1112

1314

1516

1718

19

2

20

21

22

2324

25

1681

61198

1

10

2682

330p

50

6683

330p

2681

50

F084

2686

2684

330p

50

+8V

F100

F106

+5T

U230

16V

+5T

MC78L08ACPRA

7681

GND

IN

OUT

F103

F092

U212

16V

F098

F089

3684

27K

+5

F080 F102

2685

10u

F091

F096

F66

F097

1K

3683

F087

U269

U614

F107

F616

U222

U213

1

5

2

4

3

1682

69086

8

9

F101

1684
60997

1

10

2

3

4

5

6

7

MSP-OUT -L

PC-AUDIO-R

PC-AUDIO-L

PHONE-DET

U146

I2S-DA-IN2

FBL-SC

SC-CVI-SW

AV-CVBS

ST -SC

PC-AUDIO-R

B-Pb

R-Pr

I2S-DA-OUT

TV -DET

C-SVHS

MSP-OUT -L

SOUND-ENABLE

MSP-OUT -R

I2S-DA-IN1

G-Y

SYNC-SC-CVI

PC-AUDIO-R

PC-AUDIO-L

MSP-OUT -R

PC-AUDIO-L

D4-DET

MSP-INT

TUN-CVBS

I2S-DA-CLK

SCL-TV1

SDA-TV1

Y-SVHS

BDL4211. . . 53

Video Decoder Diagram

R

R

R

R

R

R

R

R

GND

0R

21221 1805631
0R

NOT USED

Ref Des AP NAFT A

U129 D8
U130 C2
U246 C8
U247 C8
U248 C8
U311 D8
U312 D2
U313 D2
U314 E2

II302 C2
II303 E4
II304 F2
II305 B8
U121 B4
U122 A7
U123 D8
U124 A7
U125 C8

5302 A6
5303 A6
5304 A4
7301 A4
7302 C6
I301 D4
I302 C9
I303 C9
I304 C9
I305 C9

U126 A7
U127 C8
U128 D8

I319 B8
I321 E8
I322 E7
I326 A7
I327 A5
I328 A5
I330 D3
I332 A6
I333 B8

NOT USED 21221 1805631

0R

3304 21221 1805631

BEAD

BEAD

MAIN PCB

I334 B3
I335 B8
I350 A4
II301 B9

3318 A9
3319 A9
3321 B9
3322 B9
3324 D9
3325 C9
3326 D9
3332 B3
5301 A5

2314 E2
2315 F2
2316 F3

I306 D9
I307 D9
I308 D9
I309 D9
I310 D9
I314 F4
I315 A6
I317 A8
I318 B8

2329 A5
2331 A6
2332 A6
2333 A6
2334 F7
2335 F7
3303 B1
3304 C2
3305 F2

WE

3303 NOT USED

(6) "301" ~ "349"

C-"301" ~ "340"

BEAD

3307 B3
3313 A7
3314 A8
3315 B8
3316 B8
3317 A9

2304 B2
2305 E2
2306 D2
2307 D2
2308 C2
2309 D2
2311 E 2
2312 F2
2313 F2

BEAD

SB: 59991 x1

2317 F3
2318 F4
2319 F4
2321 A5
2323 A6
2324 A6
2326 A4
2327 A5
2328 A6

456789

123 4

U68 D2
1302 E7
2301 C2
2302 C2
2303 E2

E

F

A

B

C

D

E

F

U67 C2

* Delete this page for basic model

PB: 59591

56789

A

B

C

D

123

U315 E2
U316 E2
U317 E2
U318 F2
U324 F2
U326 F4
U354 A8
U366 B2
U367 B2

U248

U311

2317

47n

I330

U125

2304

47n

I304

U126

U124

100n

+5

A2

XT OUT

B11

XTRI

I319

2328

VXSS

A7

XCLK

XDQ

B7

A8

XPD0

B8

XPD1

A9

XPD2

B9

XPD3

A10

XPD4

B10

XPD5

A11

XPD6
XPD7

C11

XRDY

A6

C7

XRH

D8

XR V

A3

XT AL

B4

XT ALI

VSSA3C1VSSA4

D5

VSSE1

VSSE2

D9

D11

VSSE3

G11

VSSE4L4VSSE5L8VSSE6

L11

VSSE7

D7

VSSI1

D10

VSSI2

VSSI3

F11

J11

VSSI4L5VSSI5L9VSSI6

B3

VXDD

A4

VDDE1C9VDDE2

D12

VDDE3

VDDE4

H12

M4

VDDE5M8VDDE6

M11

VDDE7

C8

VDDI1

C10

VDDI2

F12

VDDI3

J12

VDDI4

VDDI5

M5

M9

VDDI6

M2

VSSA0J4VSSA1H3VSSA2

E4

TEST1

C14

TEST2

A13

TEST3

B12

TEST4

A12

TEST5

D6

TMS

C6

TRSTN

M3

VDDA0K4VDDA1

L1

VDDA1A

H4

VDDA2

VDDA2A

J1

F4

VDDA3

G2

VDDA3A

D4

VDDA4

E2

VDDA4A

C5

RES4C4RES5

C12

RES6

C13

RES7N1RES8N2RES9

P5

RESON

L10

R TCO

M10

R TS0

N10

R TS1

N9

SCL

SDA

P10

B6

TCK

B5

TDI

A5

TDO

P13

TEST0

D13

IGP0

K13

IGP1

K12

IGPH

K14

IGPV

P9

INT_A

N12

ITRDY

L12

ITRI

P4

LLC

N5

LLC2

B2

RES1

N3

RES10

RES1 1

N13

N14

RES12P2RES13

B13

RES2

B14

RES3

C3

HPD2

E12

HPD3

E14

HPD4

F13

HPD5

F14

HPD6

G13

HPD7

M14

ICLK

G14

IDP0

G12

IDP1

H11

IDP2

H14

IDP3
IDP4

H13
J14

IDP5
IDP6

J13
K11

IDP7

L13

IDQ

L14

AI41
AI42

D2
D1

AI43

E1

AI44

D3

AI4D

P12

ALRCLK

P11

AMCLK

M12

AMXCLK

M1

AOUT

N11

ASCLK

CE

N4

N6

CLKEXT

P3

EXMCLR

FSW

M13

D14

HPD0

E1 1

HPD1

E13

AI11

J2
K1

AI12

K2

AI13
AI14

L3

AI1D

K3

G4

AI21

G3

AI22

H2

AI23

J3

AI24
AI2D

H1

AI31

E3
F2

AI32

F3

AI33

G1

AI34

F1

AI3D

B1

7302

SAA71 18E/V1

N8

ADP0

P8

ADP1
ADP2

M7

L7

ADP3

P7

ADP4

N7

ADP5

L6

ADP6

M6

ADP7

P6

ADP8

C2

AGND

L2

AGNDA

100R

3307

II305

2334

15p

50

2313

47n

47n

2316

U354

1

2

3

45

6

7

8

U67

2329

3324

47R

U246

100n

3305

470R

5301

47n

2302

I321

U130

100R

2309

47n

100n

3322

100n

I315

2327

3313

4K7

2324

U128

U129

47n

U127

U123

2308

10u

I326

100n

2333

2321

II303

II304

II302

10u

10

2326

100R

3318

I350

3314

3K3

1302

24M576HZ

6C24500043

I309

I317

2

3

45

6

7

8

U314

U312

47R

3325

1

+3V3

U68

50

15p

2335

I333

U122

5302

I303

2312

47n

U318

U326

3321

47R

U317

U324

LM1117MPX-3.3

7301

ADJ

1

MT1

4

Vin

3

Vout

2

100R

3319

+3V3

2303

47n

U316

0R

3303

I314

U313

47n

47R

3315

2311

47n

2301

47n

2331

100n

47n

2306

2307

3304

I302

0R

47n

I335

2319

3316

47R

2315

47n

I305

U366

U367

I332

2305

47n

I334

I322

2318

47n

U121

2332

100n

5304

I301

3326

47R

5303

U315

I327

100R

3317

I310

I308

100n

2323

I307

I328

I318

U247

47R

3332

II301

2314

I306

DA-HSYNC

DA-CLK

SYNC-SC-CVI

47n

FB-R

SDA-TV1

SCL-TV1

FB

AV-CVBS

VS-OSD

DA-VSYNC

DA-DA TA6

DA-DA TA5

DA-DA TA4

DA-DA TA3

DA-DA TA2

DA-DA TA1

DA-DA TA0

FB-G

TUN-CVBS

G-Y

Y-SVHS

B-Pb

FB-B

C-SVHS

R-Pr

LLC2

INT -SCALER

DA-FID

HS-OSD

DA-DA TA7

BDL4211. . . 54

BLOCK DIAGRAM - MASTER (P.C.) VERSION

Scaler Diagram

R

R

R

R

R

R

R

R

R

R

R

R

R

R

R

R

R

R

R

R

OS

R

R

R

R

I

A

B

45678 910111213 14

1 234 5

D

E

F

G

H

2238867151092464

ReservedRef Des

U31 C9
U64 A11
1401 I5
1402-A A7
2401 C2
2402 C1
2403 C2
2404 C2
2405 B1
2407 B2

C

D

E

F

G

H

I

U1 B2
U2 I3
F40 A8
F41 A8
F42 A8
F43 A9

123

(8) "401 ~ "469"

2422 E1
2423 E1
2424 E1
2425 E2
2426 E2
2427 E1
2428 E2
2429 E2
2431 F1
2432 F1
2434 F2

6 7 8 9 10111213 14

A

B

C

MAIN PCB

2447 H2
2448 I2
2449 I2
2452 I4
2461 A9
2462 A9
2463 B6
2464 B6
2465 B12
3401 F1
3402 H1

2408 B2
2409 B2
2411 B4
2412 B3
2413 B4
2414 B3
2415 B2
2416 B3
2417 B4
2421 E2

3410

(

3413 B14
3414 B13
3415 B14
3416 C12
3417 I7
3422 B7
3424 B7
3427 C6
3428 C7
3429 C8
3431 A8
3432 B8
3433 B9

2435 F2
2436 F1
2437 F1
2439 G2
2441 G1
2442 G1
2443 G1
2444 H1
2445 H1
2446 H2

EXCEPT 1402 WERE CHIP COMPONENTS.

5408 H1
5411 I4
5412 B7
7402 F9
7403 B9
U105 B7
U115 D6

3403 H2
3404 I2
3405 I5
3406 I13
3407 I13
3408 I13
3409 I8
3410 B8
3411 B12
3412 B12

U243 C4
U244 C4
U245 C4
U258 C8
U284 A6
U286 I6
U327 H1 1
U328 I8
U392 B8

U419 C6

3434 C9
3435 B8
3437 H11
5401 B1
5402 E1
5403 E2
5404 F2
5405 F1
5406 F2
5407 G2

(NI)

U467 A14
U468 A14

U116 I3
U149 B7
U150 C7
U171 B7
U172 B7
U221 I13
U223 I13
U237 C5
U238 C4
U242 C4

(1)

(

U479 I4
U480 I4
U481 G1
U482 A7
U483 G2
U484 F2
U485 H1
U486 B14
U487 B14
U488 B13
U489 B13
U490 B13

U455 A1 1
U456 A1 1
U458 A12
U459 A12
U461 A12
U462 A13
U463 A13
U464 A13
U465 A13
U466 A14

319802190030

(

U501 C8
U502 C10
U503 C1 1
U504 C1 1
U505 E2
U506 C13
U507 D13

U469 A14
U470 A14
U471 A14
U472 A14
U473 I4
U474 H2
U475 H1
U476 H2
U477 G1
U478 E1

3435

O

(

U518 C8
U519 C10
U545 C8
U546 C12
U547 I7
U548 C10
U549 C9

U491 C10
U492 C1 1
U493 C1 1
U494 C1 1
U495 C12
U496 C8
U497 C8
U498 C8
U499 C10
U500 C8

(

(

TO POWER BOARD

U608 A12
U609 A12
U612 B8
U613 F3
U626 I13

U508 C9
U509 C7
U510 C9
U511 C 9
U512 C10
U513 C1 1
U514 C10
U515 C10
U516 C1 1
U517 C8

SB: 59991 x1

319802132240

(

U660 A8
U668 D12
u113 H2
u404 C7
u452 I3
u457 F2
u460 B7

(

U550 C8
U551 I8
U552 I8
U553 I8
U554 I8
U566 I3
U567 I3
U568 I3
U569 I3
U605 C7

U237

PB: 59591

U637 I5
U638 I7
U639 B14
U642 B14
U643 B12
U645 B12
U646 B1 1
U649 B1 1
U651 B7
U652 A8

u460

U1

2

1

2

U

U

3

U

U

U

U

U637

U6

U221

2

1

3

2

2

1

U1

U466

U507

U2

U327

+3V3_ASM

2

1

100n

2461

50V

8

+3

+2

7

5403

100MHZ

U31

U660

U6

U

U608

U455

U475

U500

U286

U484

U487

1

U505

5407

100MHZ

2

U463

9

1

2

U456

U482

0R05

3437

U485

1

2

2

U494

3404

150R

+2

2

1

1

2

U497

6

+3

U493

5

4

U503

4

3

F41

1

U5

3

1

4

1

2

3

4

5

6

7

8

+2

8

U419

4

3

1

2

3

4

5

6

7

2

1

2

1

1

2

100MHZ

5406

U514

U459

U472

U478

U513

U458

+2

4K7

3432

3

4

U481

u452

U483

U501

U471

u457

U480

3410

U490

U506

U499

U468

U510

3409

10K

1

2

2

1

U2

3402

10R

1

U243

2

1

5

2

1

2

1

D7

XVDD

U223

U491

R16

VSS50

T11

VSS51

T12

VSS52

T13

VSS53

T14

VSS54

T15

VSS55

T16

VSS56

R26

VSS6

AC26

VSS7

AF23

VSS8

VSS9

AF19

A

VDV

A6

X

A7

X

B

X

N14

VSS36

N15

VSS37

N16

VSS38

P11

VSS39

F26

VSS4

P12

VSS40

P13

VSS41

P14

VSS42

P15

VSS43

P16

VSS44

VSS45

R11

R12

VSS46

R13

VSS47

R14

VSS48

R15

VSS49

L26

VSS5

L11

VSS21

L12

VSS22

L13

VSS23

L14

VSS24

L15

VSS25

L16

VSS26

M11

VSS27

M12

VSS28

M13

VSS29

A23

VSS3

VSS30

M14

M15

VSS31

M16

VSS32

N11

VSS33

N12

VSS34

N13

VSS35

B22

VDDP1

C22

VDDP2

C1

VSS0

N1

VSS1

AF13

VSS10

AF8

VSS1 1

D4

VSS12

N4

VSS13

Y4

VSS14

G23

VSS15

VSS16

N23

W23

VSS17

AC22

VSS18

AC17

VSS19

AC5

VSS2

AC11

VSS20

Y26

VDD15

U26

VDD16

N26

VDD17

J26

VDD18

A26

VDD19

AC20

VDD2

AA1

VDD20

K1

VDD21

A5

VDD22

D21

VDD3

VDD4

AB23

T23

VDD5

K23

VDD6

D23

VDD7

AB4

VDD8

R4

VDD9

A

S

A

S

A

S

A

S

P

S

R

S

D19

SVDD

B

S

D

T

AC8

VDD0

VDD1

AC14

H4

VDD10

AF10

VDD1 1

AF16

VDD12

AF21

VDD13

AF26

VDD14

E

S

A

S

E

S

D

SDS

D

S

C

SCS

C

SCS

S

B

B

S

A

S

BSB

SAS

JSJ

SJSHS

H

SHS

AE

S

H

S

G

SGS

S

G

FSF

S

F

S

E

SES

AC

S

ASA

S

Y

SYS

Y

SWS

W

SWSLS

S

L

AD

S

L

SKS

KSK

S

T

S

R

S

P

S

M

S

AD

S

AE

S

A

SAS

1

A

SAS

S

A

ASA

SASAS

A

S

B

R

V

F

S

VSV

S

N

S

VSV

SUSUSUS

S

P

P

SNS

F

S

D

A

T

S

R

S

AF

P

AC

P

D20

PVDD1

B

P

AC

P

EPB

P

A1RA1

R

A1

R

R

A1

1

CRC

R

D14

RVDD1

D13

RVDD2

B

R

V

AE

P

AF

P

ACPAD

P

AE

P

AD

1

P

AE

1

P

AF

1

PACPADP

P

AE

AFPAF

P

AD

P

AE

P

B

P

AE

PADP

AE

PAFPACP

AD

PAEPAFPACPADP

P

AE

AF

PADPAEPACP

AD

P

ACPAD

P

AE

P

AF

P

ACPAD

P

AE

P

1

AD

PAEP

AF

P

P

AC

AD

P

AE

PAFPACPADP

A

P

1

APAPAPA

PAP

APAPA

PAP

P

A

AD

PAEPADPAEP

AF

P

R

PPPCPDPPPAPAPAPAPAP

P

A

APA

PAPAPAP

WPW

PVPVPVP

1

V

P

U

PUPUPUP

P

T

TPTPT

PRPRP

H1

P

A1

H2

P

A2

H3

P

A2

G1

P

A2

G2

P

A2

G4

P

AC

F

P

AH

F

P

AR

AD

G3

P

A

V

A

P

P

A

YPYPY

PWP

W

P

N3

P

A0

M1

P

A0

M2

P

A0

M3

P

A0

M4

P

A0

L

P

A0

L

P

A0

L

P

A1

L

P

1

K

PA1P

A1

K

K

P

A1

J

P

A1

J

P

A1

J

P

A1

J

P

A1

A4MCBMCA3MCB

MCCMCA2MC

DMCMD

MEMEM

E

M

T

M

P

A0

P

P

P

A0

N2

P

A0

D15

GVDD2

B

G

B

G

C

HS

A8IA9

I

CIC

I

D12

IVDD1

D11

IVDD2

B

I

B

1

I

B

MC

MC

B

CMCD5

MC

D8

CVDD2

B

CBC

MDM

D

D10

DVDD

B

D

G1

A1

A1

G1

A1

G2A1G2

C21

GPVDD

B

G

GR

C

C

GR

D16

GVDD1

C9

AVDD4

A

V

C

C

A

V

A2BA2

B

A1BA1

B

M

B

CBC

B

D18

BVDD1

D17

BVDD2

B

B

B

B

A1

C

D9

CVDD1

JAGASM-A4

7402

AVDD1

C10

C11

AVDD2

C8

AVDD3

F43

U6

U464

6

7

8

U519

4

3

1

2

3

4

5

3

1

2

+3

2

2

5

1

2

U462 U467

2

1

1

3417

10K

U515

U546

2

1

U545

U1

1

10K

3408

+2V5

1

2

U

U5

U508

0

5

1

1

2

1

3

+2

+3V3

U328

+2

U473

U465

100MHZ

5404

100MHZ

5401

U5

2

1

+2

U469

U498

+3V3

U2

U2

1

2

U1

F40

+3V3

U512

+3V3

U479

u113

U613

3407

10K

+2V5I

1

2

+3V3

U549U509

3

1

2

3

4

5

6

7

8

U492

U476

+5

4

1

2

+2

1

2

U5

BC848C

7403

2

3

2

1

3

1

2

2

1

U284

1

U554

+2V5I

3

2

1

1

2

+2

2

1

3401

10R

U495

U511

U470

F42

U609

U461

U477

U474

U1

U5

+3V3

3405

100R

U489

U516

U553

U504

5405

100MHZ

1

5

U550

C

1

GN

2

OU

3

V

4

U5

1

6

1

3

1

1

2

3

4

5

6

7

8

1

5

1

2

U518

211

U496

U517

U1

1

4

3

1

2

3

4

5

6

7

8

2

U486

U

1

3433

47K

U488

3406

U626

u404

1

2

10K

U502

3

U392

1

2

1

4

1

1

10

2462

10u

+3

2

1

U2

U548

U64

U238

U1

1

2

U1

1

U612

F

F

F

F

F

F

T

-

F

S

2

P

A2

HD

-

HTC

S

S

S

S

S

F

F

F

S

T

F

S

S

S

S

R

PA0PA0PA0PA0PA0PA0P

A0PA0PA0PA1

P1PA1PA1PA1P

A1PA1PA1PA1PA1PA2

PA2P

A2

T

T

T

T

T

T

T

B

T

S

S

S

S

S

S

S

S

S

S

S

S

T

T

T

B

P

A0

S

SSS

S1S

S

S

S

S

S

S

S

MC

MCMCMCMCMCMCMC

MC

MC

GRGRB

BBB

B

BBB

B

HD

-

HD

-

M

JRJ

M-M

R-R-R-R-R-R-R

-R-

G-G-G

-G-G-G-

G-G

-

F

F

F

F

F

F

F

F

F

F

F

F

F

V

V

V

S

S

S

S

S

S

S

S

S

S

S

S

SSS

F

S

S

S

S

S

R

I

-

S

S

S

SSS

S

S

S

SSS

S

S

S

S

S

S

S

S

S

S

S

S

S

S

S

S

S

S

S

S

T

T

T

TTT

T

F

P

AN

F

F

BDL4211. . . 55

LVDS Tx Diagram

R

R

R

R

R

R

R

R

R

R

R

R

R

R

R

R

R

R

R

R

R

R

R

R

Ref Des

MAIN PCB

B

C

D

E

F

U5 B3
U6 B8
U8 B8
U9 B8
U10 C8
U11 C8
U13 C8
U14 C8
U15 D8

0R

21221 18056313492

123456789

12345

SB: 59991 x1

R- "481"~"499"

6789

A

B

C

D

E

F

A

TO PANEL

U17 E8

U22 D8
U24 A3
U32 A4
U33 D4
U34 A2
U92 B4
1491 B9
2492 B4
2493 B4
2494 B4
2495 B3
2496 D7
2497 E7
2499 E9

NI

3481 C2
3482 B2
3483 D2
3484 D2
3485 F2
3486 E2
3487 F5
3488 B3

3491 D4
3492 D4
3493 E7
5491 A5
5494 C7
5495 D8
5496 E7
7491 A6
U117 D9
U163 C2
U164 E2
U165 E2
U166 F2
U167 F2

"491"~"499"

U168 D3
U169 D2
U173 D3
U174 C2
U186 E2
U187 C8
U188 E7
U189 C4
U190 E7
U191 A5
U251 B2
U252 B2

Reserved

U18 D8

U253 B2
U254 B2
U255 B2
U256 E5
U259 A2
U325 E2
U329 F2
U330 D3
U331 C2
U356 C2
U357 B2
U628 E7
U635 B2
U636 B2

3489 B4

PB: 59591

U640 B2
U641 B2
U644 B2
U647 C2
U648 D3
U650 E3
U653 E3
U654 E3
U655 C2
U657 C2
U658 D2

3

45

6

7

8

100R

3481

1

2

U173

U174

U92

U186

U657

U658

0R

3491

U654

U655

U650

U653

U647

U648

U644

U640

U641

U635

U636

U628

U8

U188

U189

U5

U187

U15

10K

3487

U14

U9

BLM21

5491

5495

32161 1

U329

3

45

6

7

8

U325

2496

100n

100R3482

1

2

PAN-VCC

3483

100R

1

2

3

45

6

7

8

+3PLL

U164

U163

TD1

2

TD2

8

TD3

10

TD4

16

TD5

18

TD6

25

Vcc0

1

Vcc1

9

Vcc2

26

10u

2492

15

TB6

19

TC+

41

TC-

42

TC0

20

TC1

22

TC2

23

TC3

24

TC4

27

28

TC5

TC6

30

TCLK+

39

TCLK-

40

TD+

37

TD-

38

TD0

50

TA -

48

TA 0

51

TA 1

52

54

TA 2

TA 3

55

TA 4

56

TA 5

3

TA 6

4

TB+

45

TB-

46

6

TB0

TB1

7

TB2

11

TB3

12

TB4

14

TB5

31

GND0

5

GND1

13

GND2

21

29

GND3

GND4

53

LVDSGND0

36

LVDSGND1

43

LVDSGND2

49

LVDSVcc

44

PDWN

32

PLLGND0

33

PLLGND1

35

PLL Vcc

34

R_F

17

TA +

47

U32

7491

THC63L VDM83A

CLKIN

U13

U18

U11

2493

10u

U190

2497

100n

U254

U191

U252

U253

5

6

7

8

U34

3485

100R

1

2

3

4

U356

U357

U331

U165

3492

0R

U330

3489

10R

U117

U6

+3LVDS

2494 100n

2495

10u

U22

10K

3493

U168

U169

U166

U167

3

4

5

6

7

8

9

U251

1

10

11

12

13

14

15

16

17

18

19

2

20

2499

50

1491

63622

+3PLL

100n

U17

U33

+3V3

U24

+3V3

3

45

6

7

8

+3LVDS

5494

3486

100R

1

2

2

3

45

6

7

8

BLM21

+3V3

100R3484

1

U10

10R

3488

U259

U256

5496

BLM21

R7

R5

R4

0-

0+

2+

2-

1+

1-

CLK-

CLK+

3-

3+

G1

FR6

G1

U255

B4

B5

B7

B6

G2

G0

G3

G4

G6

G5

G7

R0

R2

R1

R3

R6

B0

B1

B3

B4

B5

B6

B7

R6

R5

R4

R3

R2

R0

0-

0+

1-

1+

2-

2+

3-

3+

CLK-

CLK+

B0

B2

B3

B1

FR5

FR7

FR2

FR4

FR3

FR1

FR0

FDE

R1

FHSYNC

FVSYNC

FSHFCLK

R7

G2

G3

G4

G0

G5

G6

G7

B2

FB4

FB6

FG0

FG2

FG1

FG3

FG6

FG4

FG5

FG7

FB5

FB7

FB3

FB2

FB1

FB0

BDL4211. . . 56

SDRAM Diagram

932217603668

NI

(9) "471" ~ "475"

NI

BEAD

BEAD

NI

NI

U399 E5

BEAD

BEAD

U409 D9
U410 D9

NI

NI

MAIN PCB

C -"471" ~ "495"

U415 E9
U600 C9
U601 C9

2490 223878615649
2491

313816874261

5472

NI

NI

NI

NI

5474 B3

U400 E5
U405 E5

U143 C5
U394 C5

U411 E 9
U412 E9

7472

313816874261

Ref Des Reserved
2008 223878615649
2010 223878615649
2019 223878615649
2480 223878615649
2481 223878615649
2483 223878615649
2484 223878615649
2489 223878615649

2485 B4
2486 B4
2487 B4

223878615649

5471

2491 B9
5471 A7

U397 D5
U398 D5

SB: 59991 x1

NI

NI

12

7471 D3
7472 D8

56

U395 C5
U396 C5

2008 B6
2010 B9
2019 B7
2471 B2
2472 B1
2474 B2
2475 B2
2477 B2
2478 B1
2480 B6
2481 B6
2483 B5
2484 B6

123

2489 B9
2490 B7

45

5472 A8
5473 B3

6789

A

B

C

D

E

F

A

B

C

D

E

F

U3 B3
U4 B3
U88 B8

2480

PB: 59591

34 789

5472

U412

U415

U410

U411

+3V3

U409

VSS058VSS172VSS286VSS3

6

VSSQ012VSSQ132VSSQ238VSSQ346VSSQ452VSSQ578VSSQ684VSSQ7

17

WE

NC5

73

NC6

19

RAS

1

VDD015VDD129VDD243VDD3

3

VDDQ0

9

VDDQ135VDDQ241VDDQ349VDDQ455VDDQ575VDDQ681VDDQ7

44

DQ31

8

DQ4

10

DQ5

11

DQ6

13

DQ7

74

DQ8

76

DQ9

16

DQM0

71

DQM1

28

DQM2

59

DQM3

14

NC0

21

NC1

30

NC2

57

NC3

69

NC4

70

DQ17

34

DQ18

36

DQ19

5

DQ2

37

DQ20

39

DQ21

40

DQ22

42

DQ23

45

DQ24

47

DQ25

48

DQ26

50

DQ27

51

DQ28

53

DQ29

7

DQ3

54

DQ30

56

A9

22

BA0

23

BA1

18

CAS

67

CKE

68

CLK

20

CS

2

DQ0

4

DQ1

77

DQ10

79

DQ11

80

DQ12

82

DQ13

83

DQ14

85

DQ15

31

DQ16

33

7472

25

A0

26

A1

24

A10_AP

27

A2

60

A3

61

A4

62

A5

63

A6

64

A7

65

A8

66

2010

5473

2484

2490

2481

2008

U88

U3 U4

100n

2486

5474

2487

100n

U601

+3V3

52

VSSQ678VSSQ7

84

WE

17

U600

VDDQ235VDDQ341VDDQ449VDDQ555VDDQ675VDDQ7

81

VSS044VSS158VSS272VSS3

86

VSSQ06VSSQ112VSSQ232VSSQ338VSSQ446VSSQ5

28

DQM3

59

NC0

14

NC1

21

NC2

30

NC3

57

NC4

69

NC5

70

NC6

73

RAS

19

VDD01VDD115VDD229VDD3

43

VDDQ03VDDQ1

9

47

DQ26

48

DQ27

50

DQ28

51

DQ29

53

DQ3

7

DQ30

54

DQ31

56

DQ4

8

DQ5

10

DQ6

11

DQ7

13

DQ8

74

DQ9

76

DQM0

16

DQM1

71

DQM2

77

DQ11

79

DQ12

80

DQ13

82

DQ14

83

DQ15

85

DQ16

31

DQ17

33

DQ18

34

DQ19

36

DQ2

5

DQ20

37

DQ21

39

DQ22

40

DQ23

42

DQ24

45

DQ25

27

A3

60

A4

61

A5

62

A6

63

A7

64

A8

65

A9

66

BA0

22

BA1

23

CAS

18

CKE

67

CLK

68

CS

20

DQ0

2

DQ1

4

DQ10

U143

7471

K4S643232E-TC50

A0

25

A1

26

A10_AP

24

A2

2485

100n

100n

2471

+3V3

2475

100n

2489

5471

2491

U405

+3V3

U399
U400

U397
U398

U395

U396

100n

2477

U394

2019

2483

100n

2478

2474

100n

2472

100n

SD37
SD38
SD39

SD40
SD41

SD62
SD63

BA1

BA1

SD1
SD2

SD48

SD42

SD49
SD50
SD51

SD34

SD52
SD53
SD54
SD55

SD56
SD57
SD58
SD59

SD60
SD61

SD35

SD36

TSA10

TSA2
TSA3
TSA4
TSA5
TSA6
TSA7
TSA8
TSA9

SD32
SD33

SD43

SD44
SD45
SD46
SD47

SD6
SD7

SD8
SD9

TSDQM

SD30
SD31

TSBA#

TSCAS#

TSCKE#

TSCLK

TSDQM

TSRAS#

TSWE#

TSA0
TSA1

SD17
SD18
SD19

SD20
SD21
SD22
SD23

SD24
SD25
SD26
SD27

SD28
SD29

SD3

SD4
SD5

TSBA#

TSCAS#

TSCKE#

TSCLK

TSRAS#

TSWE#

TSA0
TSA1

TSA10

TSA2
TSA3
TSA4
TSA5
TSA6
TSA7
TSA8
TSA9

SD0

SD10
SD1 1

SD12
SD13
SD14
SD15

SD16

BDL4211. . . 57

PC_Analog In Diagram

56789

123

SB: 59991 x1

789

A

B

C

D

E

F

A

B

C

D

E

2205 D4
2206 E3
2208 B8
2209 E4
2211 B8
2212 C9
2213 C8
2214 C9

F

F20 B5
F21 C5
F22 B5
F24 C6
F25 B6
F26 B6
F27 B7
F28 B7

1234

3211 B4
3212 B4
3213 C4
3214 C4
3215 B5
3216 B5
3217 B7
3218 C7

456

F29 C7
U49 C5
U50 E4
U51 E2
U52 D4
U53 E2
U56 B8
U58 C7
1201 B6
2202 B9
2203 C4
2204 C4

3201 319802134720

3224 C9
3225 B9
3226 D9
3227 C9
3228 B9

2215 D7
2218 F8
2221 A2
3201 C1
3202 D1
3203 F4
3205 C4
3206 C5
3207 F4
3208 E5
3209 E6

3237 E8
3238 E8
3239 A1
5201 B7
5202 B7
5203 C5
5204 C5
5205 C7

3221 D7
3222 C7
3223 B9

EXCEPT 1201 WERE CHIP COMPONENTS.

(3) "201" ~ "250"

319802134730

2221 223878615649

U268 C6
U276 C1
U334 E4
U335 C8
U336 B8
U337 B7
U433 B3
U434 B3

3229 D9
3230 B1
3231 C6

Reserved

2209

MAIN PCB

3234 E8
3235 E8
3236 F8

U436 E7
U437 E8
U570 D7
U571 B7
U572 D5
U573 E4
U574 D7
U663 E4

Ref Des

3202

5206 D8
6211 D7
6212 D9
7201 A2
7202 E2
7203 D5

7206 E3
F210 C7
I239 B5
U110 E5
U 111 D 6
U112 E4
U236 D9
U241 C1
U257 F5

3202

PB: 59591

2222241 19876

U435 E1

U49

2K2

3206

3215

100R

100R

3216

100n

2205

U58

F21

U110

F20

U573

0R

3203

U334

U335

2K2

3205

F210

0R

3209

+5

F28

100MHZ

5205

3208

100R

75R

3217

100MHZ

5201

U336

U433

U 111

U276

0R

3239

3230

0R

U574

DDC5V

5203

3234

7K5

F24

100MHZ

2206

100n

U56

3236

3K9

3221

150R

U572

3224

F27

3226

150R

100R

0u1

5206

F26

BAS32L

6211

U241

U257

U268

U236

6212

BAS32L

+2V5I

1u

2208

U570

I239

F25

3225

100R

U50

100R

3223

DDC5V

100R

3231

LM810M3X-4.0

7206

1

GND

2

RESET

3

VCC

3212

10K

U435

U337

U53

+5

U52

U51

220R

3213

DDC5V

2212

5p6

DDC5V

2221

U434

2211

1u

+3V3

0R

3227

F22

Y3

4

Zx

13

Zy

3

220R

3214

A

10

B

9

INH

6

VDD

16

VEE

7

VSS

8

X0

12

X1

14

X2

15

X3

11

Y0

1

Y1

5

Y2

2

3201

7201

22p

2203

22p

2204

3238

180K

2215

100n

2209

4

6

8

10

12

1u

2213

74LVC14APW -T

7203

7

GND

14

VCC

1

3

5

9

11

13

2

3218

75R

U436

100MHZ5204

3229

0R

5202

100MHZ

5p6

2202

180K

3235

U571

0R

3228

5p6

2214

U112

75R

3222

DDC5V

F29

M24C02

7202

E0

1

E1

2

E2

3

6

SCL

5

SDA

VCC

8

4

VSS

WC_

7

2

3

4

5

6

7

8

9

1201

16

17

1

10

11

12

13

14

15

180K

3237

10K

3211

U437

2u2

2218

4M7

3207

DDCSDA

+3V3

U663

DDCSCL

RESET

PC-HSYNC-ASM

DDCCTL

RXD

TXD

DDC-SCL

DDC-SDA

VGA-S-TEST

DDC-SCL

DDCSCL

DDC-SDA

DDCSDA

PC-VSYNC

REDP

GREENP

REDN

GREENN

BLUEN

PC-HSYNC

RESET#

PC-VSYNC-ASM

BLUEP

BDL4211. . . 58

BDL4211. . . 59

Scaler_Up Diagram

C

D

NI

7752 A1
7753 C6
7754 D8

F753 B2
F754 B2
F755 C3
F756 C3
I771 D4
I773 C4
U109 C4
U204 D2
U240 D4
U391 D9

NI

U535 C5
U536 C5
U537 C7

B

U575 C7
U576 D9
U577 D9

EXCEPT 1751,1752,7752 WERE CHIP COMPONENTS.

NI

BEAD

5751 C2
5752 D2
7751 A9

7755 E2
F751 B3
F752 B3

3763 E4
3764 B4
3765 F9
3766 B3
3767 A4
3768 C4
3769 D4
3771 B3
3772 B3

U534 E7

E

F

U71 C8

U538 A4
U543 D7
U555 B4

2751 A9
2752 A6
2753 A4
2754 B4
2755 C9
2757 E3
3751 D3
3752 C4
3753 C4
3754 D4
3755 D4
3756 D4
3757 D5
3758 F7
3759 F7
3761 B4
3762 C4

21

U530 E9
U531 E9
U532 E9

6789

123456789

A

B

C

D

E

F

A

U453 F3
U454 F1
U520 C7
U521 C7
U522 D7
U523 C5

1751 B3
1752 C3
1753 A4

SB: 59991 x1

U525 D9
U526 D9
U527 D7
U528 D7

U529 D7

U533 D7

345

BEAD

U432 B7

U431 B7

U430 B7

U429 A7

U428 E5

U427 D5

U426 D4

U425 D4

U424 C4

U423 C5

PB: 59591

TO RS232 BD

U420 A4
U421 B5
U422 B4

U524 F7

MAIN PCB

"751" ~ "799"

22M1184HZ

1753

U524

U425

2752

10u
10

U391

3772

0R

+3V3

0R

3771

I771

+5

3V3-UP

15p

2753

U535

U429

U109

U533

3V3-UP

+5

U529

1752

1

2

3

4

FXXX

+5

3V3-UP

5752

3V3-STBY

3V3-UP

5751

1751

JFE6338V

1

2

3

4

5

0R

3762

0R

3759

F752

U240

+5

16V

100R

3753

U424

U522

+5

100R

3767

U430

4K7

3765

F753

3764

10K

U534

I773

U537

2755

10u

3V3-UP

U453

3V3-UP

10

U577

100n

2757

U525

3V3-UP

U531

U532

U520

U530

U432

U454

U575

U428

F756

U528

3V3-STBY

U431

3751

4K7

U526

100R

3754

3V3-UP

2754

15p

U527

U420

F754

U204

VSS

16

WE

31

F755

A6

5

A7

27

A8

26

A9

22

CE

I_O0

13

I_O1

14

I_O2

15

I_O3

17

I_O4

18

I_O5

19

I_O6

20

I_O7

21

OE

24

1

RESET

VCC

32

12

A0

A1

11

23

A10

25

A11

4

A12

28

A13

A14

29

3

A15

A16

2

A17

30

10

A2

9

A3

8

A4

7

A5

6

4K73766

AT49L V002NT -90JC

7754

15

P3.4_T0

16

P3.5_T1

17

P3.6_WR

18

P3.7_RD

19

P4.0_PWM0

23

P4.1_PWM1

34

P4.2_PWM2

1

P4.3_PWM3

12

PSEN

32

RESET

10

VDD1

44

VSS1

22

21

XT AL1

XT AL2

20

6

P1.5

7

P1.6_SCL

8

P1.7_SDA

9

P2.0_A8

24

P2.1_A9

25

P2.2_A10

26

P2.3_A1 1

27

28

P2.4_A12

P2.5_A13

29

P2.6_A14

30

31

P2.7_A15

P3.0_RxD0

11

P3.1_TxD0

13

P3.2_INT0

14

P3.3_INT1

ALE

33

EA

35

P0.0_AD0

43

P0.1_AD1

42

P0.2_AD2

41

P0.3_AD3

40

39

P0.4_AD4

P0.5_AD5

38

P0.6_AD6

37

36

P0.7_AD7

P1.0_T2

2

P1.1_T2EX

3

P1.2

4

P1.3

5

P1.4

16

Q6

19

Q7

20

VCC

+5

7753

MX10E8050XQC

D1

7

D2

8

D3

13

D4

14

D5

17

D6

18

D7

10

GND

11

LE

1

OE

2

Q0

5

Q1

6

Q2

9

Q3

12

Q4

Q5

15

3763

4K7

74LVC373APW -T

7751

D0

3

4

+5

+3V3

U555

4K7

3769

3758

10K

0R05

3755

0R

3756

0R

3757

+5

U71

6

1Y3

7

2A0

14

2A1

13

2E

15

2Y0

12

2Y1

11

2Y2

10

9

2Y3GND

8

16

VCC

U423

7755

74LVC139PW -T

1A0

2

3

1A1

1E

1

1Y0

4

1Y1

5

1Y2

3

E2

6

SCL

SDA

5

VCC

8

VSS

4

7

WC

100n

2751

7752

M24C16-WBN6

1

E0

2

E1

U521

U543

U421

3768

4K7

U538

U427

U536

0R

3761

U426

F751

U523

U576

U422

4K7

3752

MCA16

MCA17

RESET

WP-S

SOFT -RESET

MEMCLK

DDCCTL

DVI-S-TEST

DDC-SCL

RESET -P AINTER

VGA-S-TEST

INT -FLI

MCA17

PSEN#

MCWR#

MCINT -ASM

SCL-1

RXD

TXD

RESET

SDA-1

IICSCL

IICSDA

TV -IRQ

MCA1

MCA10

MCA1 1

MCA12

MCA13

MCA14

MCA15

MCA16

MCA2

MCA3

MCA4

MCA5

MCA6

MCA7

MCA8

MCA9

MCA15

MCWR#

JWR#

MCAD0

MCAD1

MCAD2

MCAD3

MCAD4

MCAD5

MCAD6

MCAD7

MCALE

MCA0

MCA1

MCA2

MCA3

MCA4

MCA5

MCA6

MCA7

MCA0

IICSCL

IICSDA

WP-S

MCALE

MCAD0

MCAD1

MCAD2

MCAD3

MCAD4

MCAD5

MCAD6

MCAD7

DDC-SDA

MCA8

MCA9

MCA10

MCA1 1

MCA12

MCA13

MCA14

MCA15

MCWR#

MCRD#

PSEN#

MCA14

MCA15

MCRD#

JRD#

MCA14

Video Converter Diagram

R

R

R

R

R

R

R

R

R

R

R

R

R

R

R

R

R

R

R

R

R

R

R

R

U441 E12
U442 E12
U443 D11
U444 C1 1
U445 B14
U446 B14
U447 C14
U448 C14
U449 C14
U450 C14

U561 C9
U562 C8
U563 C8
U564 D8
U565 D8
U578 E2

U373 H1 1
U374 H1 1
U375 H1 1
U376 G1 1

*Delete this page for basic model

U377 G1 1

U579 E2
U580 E2
U581 E2
U606 I11
U607 C14
U632 C14
U656 D14
U659 B14
U662 H1 1
U664 G10

U388 F12
U389 F1 1
U390 F1 1
U393 B1 1
U406 A8
U407 A8
U408 A8
U413 A8
U438 A12
U439 A13
U440 B14

U104 D12
U106 H5

U107 E13
U108 I7
U131 A7
U135 A7
U210 A5

U451 C14
U539 D12
U540 E2
U541 C14
U542 E1 1
U556 B8
U557 C8
U558 C9
U559 C8
U560 C8

U352 H6
U353 H6
U358 F10
U359 D14
U360 D14
U361 H6
U368 B1 1
U369 B1 1
U370 C14
U371 C14
U372 H1 1

7351 D5
7352 C13
I354 B1 1
I356 B1 1

U378 G1 1
U379 G1 1
U380 E1 1
U381 E1 1
U382 F1 1
U383 F1 1
U384 F1 1
U385 F1 1
U386 I11
U387 I12

I371 C1 1
I395 H7
I396 I1
II345 G2
II346 G2
II347 H7
II366 E9
II377 H10
II388 H10
II399 I10
U103 A7

3377 I10
3381 D11
3382 D11
3384 A7

"351" ~ "399"

U220 A7
U340 A7
U341 E10
U343 E10
U344 E10
U345 F10
U346 G10
U349 H1 1
U350 D14
U351 I11

3388 I6
3389 I6
3391 I6
3393 A7
5351 H1
5352 F12
5353 H12
5354 I12
5355 A12
5356 A13
5357 I1

3357 E2
3358 D2
3361 G1
3362 G1
3363 G1
3364 G2
3365 H6
3366 I6
3368 G8
3369 H3
3371 E8

NI

319802137590

3393

I358 B1 1
I370 B1 1

Ref Des Reserved

3376 H10

2386 A11
2387 A11
2388 A12
2389 A12
2392 A13
2393 A14
2394 A14
2395 H12
2396 G12
2397 H12
3350 D2

3385 A7

C -"341" ~ "399"

3355 B1
3356 E2

2368 H3
2369 H4
2371 I3
2372 I3
2373 I3
2374 I3
2375 H6
2376 H6
2377 H7

3372 E10
3373 F10
3374 G10
3375 H10

2375

2384 A11
2385 A11

2352 H1
2353 H1
2354 H2
2355 H2
2356 G2
2357 H2
2358 G3
2359 H3
2361 I1
2362 I1
2363 I2

3351 B1
3352 D2
3353 D2
3354 E2

MAIN PCB

3391

0R

212211805631

U27 G13
U28 H1
U29 G7
U30 H6
U36 E7
U38 D8
U39 D8
1351 G2
2338 I13
2339 I14
2342 I13

2378 I7
2379 H7
2382 A10
2383 A10

319802131810
3366 319802190030
3388 319802137590
3389 319802137590

14

12345 678 910

2364 I2
2365 I2
2366 H3
2367 H3

223878615649
2379 223878615649
3353 21221 1805669

10K
3358

U26 D10

12345 6

2343 I13
2345 H13
2346 I12
2347 H13

212211805669

10K
3365

SB: 59991 x1

11 12 13

F

G

H

I

A

B

C

D

E

F

G

11 12 13 14

2376 2222241 19876
2377 2222241 19876
2378

NI

78910

223878615649

A

B

C

D

E

U360

PB: 59591

H

I

TP1 A6
U25 E12

U350

3

1

I370

U349

1

2

U352

1

3

U346

U345

U664

U659

U662

U632

U656

U220

U343

U135

+1V8

II377

U131

0R

3384

1

2

U563

2

U408

U210

1

U359

3

2

2

1

U351

U560

II347

U361

II346

U358

U580

U578

2

1

U344

U341

U353

U340

U565

2

1

100MHZ

5357

U564

1

2

3

1

1

2

DAC-3V3

U413

U438

U607

U371

U369

3

U449

5353

100MHZ

PLL-1V8

1

2

3368

4K7

U561

DAC-3V3

1

2

+3V3

1

3

U388

470R

3356

PLL-1V8

DAC-3V3

2

3

45

6

7

8

U30

+1V8

47R 3376

1

47R

1

2

3

45

6

7

8

+3V3

1

2

3375

U541

U393

I395

U368

DAC-3V3

DAC-3V3

2

1

1

2

U559

II345

U558

U581

I356

U579

U26

U27

0R

3393

2

1

2

1

U389

2

1

U556

3

U108

3

2

1

VDD-IO-3V3

U104

6

1

1

U370

3357

470R

U447

V3V4V6V

6

V8V8V

9

V

2

VSYNC1_POR T1

6

VSYNC2_POR T1

207

VSYNC_POR T2

191

XTAL_IN

192

XTAL_OUT

U378

V6V8V

9

V1V

1

V

1

V

9

V1V

1

3

V1V

1

1V1V1

V1V

1

V

3

TEST1

190

TEST2
TEST3

115

TEST_IN

90

T

1

6

1

7

T

8

V

3V4

V6V8V

1

2

V

1

V

1

V

V

1

1V3

85

SDRAM_DA TA _29

53

SDRAM_DA TA_3

86

SDRAM_DA TA _30

87

SDRAM_DA TA _31

54

SDRAM_DA TA_4

55

SDRAM_DA TA_5

56

SDRAM_DA TA_6

57

SDRAM_DA TA_7

58

SDRAM_DA TA_8

59

SDRAM_DA TA_9

110

SDRAM_DQM

105

SDRAM_RASN

104

SDRAM_WEN

TEST

42

188

TEST0

189

SDRAM_DA TA _14

67

SDRAM_DA TA _15

70

SDRAM_DA TA _16

71

SDRAM_DA TA _17

72

SDRAM_DA TA _18

73

SDRAM_DA TA _19

52

SDRAM_DA TA_2

74

SDRAM_DA TA _20

75

SDRAM_DA TA _21

76

SDRAM_DA TA _22

77

SDRAM_DA TA _23

78

SDRAM_DA TA _24

79

SDRAM_DA TA _25

82

SDRAM_DA TA _26

83

SDRAM_DA TA _27

84

SDRAM_DA TA _28

SDRAM_ADDR6

94

SDRAM_ADDR7

93

SDRAM_ADDR8

92

SDRAM_ADDR9

108

SDRAM_BA0

107

SDRAM_BA1

106

SDRAM_CASN

114

SDRAM_CLKIN

111

SDRAM_CLKOUT

109

SDRAM_CSN

50

SDRAM_DA TA_0

51

SDRAM_DA TA_1

60

SDRAM_DA TA _10

61

SDRAM_DA TA _11

64

SDRAM_DA TA _12

65

SDRAM_DA TA _13

66

R_V_Pr_OUT_1

140

R_V_Pr_OUT_2

141

R_V_Pr_OUT_3

142

R_V_Pr_OUT_4

143

R_V_Pr_OUT_5

144

R_V_Pr_OUT_6

145

R_V_Pr_OUT_7

45

SCLK

46

SDA TA

103

SDRAM_ADDR0

102

SDRAM_ADDR1

91

SDRAM_ADDR10

101

SDRAM_ADDR2

100

SDRAM_ADDR3

99

SDRAM_ADDR4

98

SDRAM_ADDR5

95

IN_CLK2_POR T1

41

IN_SEL

156

OE

1

P

1

P

47

RESET_N

R_Cr_CbCr_0

21

R_Cr_CbCr_1

22

R_Cr_CbCr_2

23

R_Cr_CbCr_3

24

R_Cr_CbCr_4

25

R_Cr_CbCr_5

26

R_Cr_CbCr_6

27

R_Cr_CbCr_7

28

136

R_V_Pr_OUT_0

137

G_Y_Y_5

39

G_Y_Y_6

40

G_Y_Y_7

148

G_Y_Y_Y_OUT_0

149

G_Y_Y_Y_OUT_1

150

G_Y_Y_Y_OUT_2

151

G_Y_Y_Y_OUT_3

152

G_Y_Y_Y_OUT_4

153

G_Y_Y_Y_OUT_5

154

G_Y_Y_Y_OUT_6

155

G_Y_Y_Y_OUT_7

1

HSYNC1_POR T1

5

HSYNC2_POR T1

208

HSYNC_POR T2

4

IN_CLK1_POR T1

10

1

DA

1

1

DA

1

DA

DA

1

1

DA

44

DEV_ADDR0

43

DEV_ADDR1

3

FIELD_ID1_POR T 1

7

FIELD_ID2_POR T 1

206

FIELD_ID_POR T2

29

G_Y_Y_0

32

G_Y_Y_1

33

G_Y_Y_2

34

G_Y_Y_3

35

G_Y_Y_4

38

D1_IN7

1

DA

V

1

DA

V

1

DA

V

1

DA

V

1

DA

V

1

DA

V

1

DA

V

1

DA

V

DA

1

1DA1

DA

1

DA

V

1

DA

V

1

DA

1

DA

DA

B_U_Pb_C_OUT_6

135

B_U_Pb_C_OUT_7

CLKOUT

125

195

CLK_POR T2

C

181

9

C

1

C

C

1

1

C

196

D1_IN0

199

D1_IN1

200

D1_IN2

201

D1_IN3

202

D1_IN4

203

D1_IN5

204

D1_IN6

205

A

V

1

A

V

S

11

B_Cb_D1_0

12

B_Cb_D1_1

13

B_Cb_D1_2

14

B_Cb_D1_3

15

B_Cb_D1_4

18

B_Cb_D1_5

19

B_Cb_D1_6

20

B_Cb_D1_7

126

B_U_Pb_C_OUT_0

127

B_U_Pb_C_OUT_1

130

B_U_Pb_C_OUT_2

131

B_U_Pb_C_OUT_3

132

B_U_Pb_C_OUT_4

133

B_U_Pb_C_OUT_5

134

FLI2300-AB

7351

1

A

V

1

A

V

1

A

V

1

A

V

1

A

V

1

A

V

1

1

2

U385

1

2

U36

2

1

3

1

2

I371

1

2

5

1

1

2

1

2

2

1

U382

+1V8

1

2

U444

U380

U441

U442

U443

U450

U440

2375

2

1

1

2

3

45

6

7

8

I396

VDD-CORE-1V8

337347R

2

1

1

3

U451

U373

U557

U29

U539

U39

337747R

1

2

3

45

6

7

8

+3V3

5V7V8

V

6

V1V3V3V4V5V7V8V

17

WE

II366

70

NC5

73

NC6

19

RAS

1

V

1

V

2V4

V

3V9

V3V4V4V5V7V8V

4

V

56

DQ31

8

DQ4

10

DQ5

11

DQ6

13

DQ7

74

DQ8

76

DQ9

16

DQM0

71

DQM1

28

DQM2

59

DQM3

14

NC0

21

NC1

30

NC2

57

NC3

69

NC4

33

DQ17

34

DQ18

36

DQ19

5

DQ2

37

DQ20

39

DQ21

40

DQ22

42

DQ23

45

DQ24

47

DQ25

48

DQ26

50

DQ27

51

DQ28

53

DQ29

7

DQ3

54

DQ30

66

A9

22

BA0

23

BA1

18

CAS

67

CKE

68

CLK

20

CS

2

DQ0

4

DQ1

77

DQ10

79

DQ11

80

DQ12

82

DQ13

83

DQ14

85

DQ15

31

DQ16

7352

25

A0

26

A1

24

A10_AP

27

A2

60

A3

61

A4

62

A5

63

A6

64

A7

65

A8

DAC-1V8

U390

HY57V643220CT -6

U446

I358

2

1

3

VDD-IO-3V3

U106

U107

U407

U103

U379

3371

22R

U384

3381

22R

U383

TP1

1

2

2

3

3

1

2

1

U25

U377

1

2

1

1

2

2

3

4

+3V3

I354

U562

1

2

3

45

6

7

8

3354

470R

U374

47R 3374

II388

U375

0R

3385

II399

3

1

2

1

2

1

2

4K7

3382

U439

2

1

U386

2

7

8

1

5

47R 3372

1

2

3

45

6

2376

5351

100MHZ

U445

0

3

U38

VDD-IO-3V3

DAC-1V8

U28

2

1

VDD-IO-3V3

1

3

U376

+

1

2

2

U448

U381

3

0

U387

1

2

U406

U372

U540

100MHZ

5354

U542

100MHZ

5352

U606

DATA29

ADDR6
ADDR7

ADDR9

DATA16

G-Y -OUT4

DATA0

VDD-CORE-1V8

V2
V3
V4
V5
V6
V7

INT-FLI

HDTV -CLK

G-Y -OUT0

G-Y -OUT3

DATA27

DATA28

DATA20

DATA25

DATA24

DATA23

DATA26

DATA30
DATA31

DATA3

ADDR3

ADDR8

B-U-OUT2

B-U-OUT5

CLK-S23

Y0

V1

B-U-OUT3

B-U-OUT4

B-U-OUT6

B-U-OUT7

G-Y -OUT2

DATA 1

DATA 6

G-Y -OUT1

DATA 0

DATA 4

ADDR5
ADDR4

DATA14

DATA2

DATA1

DATA18 DATA 8

DATA 9
DATA10
DATA11

DATA12
DATA13

DATA15

R-V -OUT4

R-V -OUT5

R-V -OUT6

R-V -OUT7

R-V -OUT3

R-V -OUT2

R-V -OUT1

R-V -OUT0

B-U-OUT0

B-U-OUT1

V0

Y1
Y2
Y3
Y4
Y5
Y6
Y7

ADDR0
ADDR1
ADDR2

ADDR10

DATA 7

DATA 5

IICSCL

IICSDA

SOFT -RESET

HS-S23

VS-S23

G-Y -OUT7

G-Y -OUT5

G-Y -OUT6

DATA28
DATA29

ADDR10

ADDR9

ADDR7
ADDR6

ADDR2
ADDR1
ADDR0

DA-VSYNC

DA-FID

DATA6
DATA7
DATA8

DATA9
DATA10
DATA 11
DATA12
DATA13
DATA14
DATA15
DATA16
DATA17

DATA19

DATA21
DATA22

DATA27

DA-DA TA2
DA-DA TA3
DA-DA TA4
DA-DA TA5
DA-DA TA6
DA-DA TA7

U0
U1
U2
U3
U4
U5
U6
U7

DATA4

DATA5

DATA23

DATA24
DATA25
DATA26

DATA 3

DATA30
DATA31

DA-DA TA1

DA-CLK

DA-DA TA0

HDTV -HSYNC

HDTV -SOG

DA-HSYNC

HDTV -VSYNC

ADDR3
ADDR4
ADDR5

ADDR8

DATA17
DATA18
DATA19

DATA 2

DATA20
DATA21
DATA22

BDL4211. . . 60

HDTV Decoder Diagram

R

R

R

R

R

R

R

R

R

R

R

R

R

R

R

R

R

R

R

R

R

R

R

R

R

R

R

R

BEAD

BEAD

*Delete this page for basic model

1234

456789

A

B

C

D

"251" ~ "299"

BEAD

U44 F9
U45 F9
U46 F9
U47 F9
U48 F9
U54 E9
U55 E9
U57 E9
U59 E9
U60 E9
U61 E9
U62 D9
U63 D9

56789

123

U79 C9
U80 C9
U83 C9
U84 C8
U85 C8
U86 C8
U87 C8
U89 C7
U90 A5
U91 B6
2251 E2
2252 D2

E

F

A

B

C

D

E

F

U37 B9
U40 F9

2278 A6
2279 A7
2281 A5
2283 A6
2284 A6
2285 A6
2287 A7
3261 D2
3264 E2
3265 D2
3266 E3
3267 E3

U65 D9
U66 D9
U69 D8
U70 D8
U72 D8
U74 D8
U77 C8
U78 C9

MAIN PCB

U100 C6
U101 C9
U102 C9
U114 C9
U120 B8

U156 A5
U157 A7
U158 A7
U192 B9
U193 B9
U194 B9
U195 A4

2253 E2
2254 D3
2255 E3
2256 D3
2257 D3
2258 E4
2263 B6
2264 B6
2265 B6
2271 A5
2275 A6
2276 A6

U291 D3
U292 E4
U293 E3
U294 E3
U295 E3
U296 D4
U297 D4
U298 D4
U299 E8
U300 E8
U301 F8
U302 E8

3271 C8
3272 D8
3273 F8
3274 A8
3275 D8
3276 E8
3277 B8
3278 C7

SB: 59992 x1

5251 A4
5257 B5
5258 A5
7252 D5

PB: 59592

U321 E4
U322 E8
U332 B8
U365 E2
U544 D8
U615 C8

U198 A4
U199 B5
U216 A7
U217 A5
U218 A7
U219 A6
U285 B8
U287 E2

5257

U288 C3
U289 C3
U290 C3

U303 E8
U304 E8
U305 F8
U306 F8
U307 F8
U308 F8
U319 F8
U320 B8

2279

100n

U544

U615

U332

U216

U120

U66

100n

2287

U44

U192

U158

U40

U322

U306

U79

U304

3

45

6

7

8

U78

1n

3277 47R

1

2

VD651VD752VD859VD9

62

VDD011VDD122VDD223VDD369VDD478VDD5

79

VSOUT

64

VSYNC

31

2255

RED4

73

RED5

72

RED6

71

RED7

70

REF_BYP ASS

58

Rain

54

SCL

56

SDA

57

SOGIN

49

SOGOUT

65

VD026VD127VD239VD342VD445VD5

46

GREEN2

7

GREEN3

6

GREEN4

5

GREEN5

4

GREEN6

3

GREEN7

2

Gain

48

HSOUT

66

HSYNC

30

MIDSCV

37

PVD034PVD1

35

RED0

77

RED1

76

RED2

75

RED3

74

GND1661GND1763GND1868GND19

80

GND220GND321GND424GND525GND628GND732GND836GND9

40

GREEN0

9

GREEN1

8

13

BLUE7

12

Bain

43

CLAMP

38

COAST

29

DATACK

67

FIL T

33

GND01GND1

10

GND1041GND1 144GND1247GND1350GND1453GND15

60

AD9883AKST -110

7252

A0

55

BLUE0

19

BLUE1

18

BLUE2

17

BLUE3

16

BLUE4

15

BLUE5

14

BLUE6

3272 47R

1

2

3

45

6

7

8

+3V3

5258

U69

U70

47R3274

1

2

3

45

6

7

8

U55

U54

100R

3266

U91

U89U100

3264

3K3

3

45

6

7

8

10u

2281

2278

47R3276

1

2

2271

10u

100n

U195

U80

U194

U86

U156 U157

U74

U321

3n9

2251

U298

U57

U59

U295

47R

1

2

3

45

6

7

8

U294

U62

3273

100n

3278

100R

3275 47R

1

2

3

45

6

7

8

2264

U219

U320

U287

U63

4n7

2256

U198

U199

U65

U101

U102

U319

U46

U307

U308

2253

39n

2257

220u

2263

2275

100n

4n7

U300

100R

3267

U299

100n

2265

U296

U297

U60

U61

100n

2258

U218

3261

2K2

U289

U217

U288

100n

2285

U90

U45

U285

U303

U302

U114

U37

U77

U84

U305

U72

U301

U87

U193

U83

U85

U365

4n7

2254

5251

U48

U291

U47

1

2

3

45

6

7

8

U290

100n

2276

47R3271

2K2

3265

U293

2252

100n

100n

U292

PVD

PVD

100n

2283

2284

U3

U4

U5

U6

U7

R-Pr

G-Y

B-Pb

HDTV -SOG

V6

V7

Y0

Y1

Y2

Y3

Y4

Y5

Y6

Y7

U0

U1

U2

HDTV -HSYNC

IICSDA

IICSCL

V0

V1

V2

V3

V4

V5

HDTV -CLK

HDTV -VSYNC

BDL4211. . . 61

BDL4211. . . 62

Painter Diagram

OSC

R

R

R

R

8 9 10 11 12

TO IR

BD

& KEY

- CONTROL

BD

I

A

B

C

D

E

F

701 ~ 749

090 ~ 099

7

G

H

I

U20 E8
U21 C8
U23 D10
U76 E8

1234 567 13

1234 56

SB: 59991 x1

2718 G8
2721 G1 1
2722 E1 1
2723 H4
2725 G4

8 9 10 11 12 13

A

3720 C6
3721 F7
3722 F7
3723 F7
3724 E7

B

C

D

E

F

G

H

EXCEPT 1701,3704,4000,7701,7722, WERE CHIP COMPONENTS.

1701-A C2
1702 E12
2701 D4
2702 C4
2703 B4
2705 B4
2706 D4
2708 E4
2716 G8
2717 G8

NOT USED

3733 G10
3734 C1 1
3735 D10
3736 C12

2726 F5
2727 D10
2728 E12
3701 D5
3702 E5
3703 D6
3704 D6

Ref Des BASIC NAFT A

NOT USED2723 NOT USED 202055294421NOT USED

3705 B5
3708 D5
3709 E8
3711 B8
3712 B8
3713 C6
3715 D6
3717 E7
3718 E7
3719 C6

3747 D8
3748 D7
4000 H9
5701 B5
5721 F1 1

3725 F8
3726 F1 1
3727 G8
3728 E7
3729 D6
3731 G10
3732 G10

223878615649NOT USEDNOT USEDNOT USED
100n

3709

0R

212211805631
0R

212211805631
0R

NOT USED

VIDEO WE

NOT USED NOT USED 9352105501 18

74LVC163DB-T

7703

F136 C2
F137 D3
F138 B3
F139 E3
I149 D5

3737 C12
3738 B10
3739 C10
3740 C10
3741 C10
3742 B10
3743 B10
3744 H4
3745 H4
3746 F13

I169 C10
I170 D10

5722 E1 1
5723 D10
5724 E12
7701 B8
7702 F3
7703 F5
7721 D12

EMF ONL Y

NI FOR DAO & JAP AN

7722 B12
F130 B3
F132 D3
F134 D2
F135 C2

U208 F8
U209 B7

U233 E12
U582 E1 1
U583 G10

I156 B13
I162 B10
I164 B10
I165 C10
I166 C10
I167 C10
I168 C10

MAIN PCB

U597 F10
U598 F10
U599 F10
U602 F3
U603 G7

I174 E8
I189 D10
I192 H4
U139 H4
U140 E3
U141 G4
U142 E12

1K

NOT USED NOT USED

2122118056313746

212211805656NOT USED

U196 C3
U197 D8
U205 C8
U206 G1 1
U207 E8

U611 C 8
U629 D8
U630 E8
U631 G5
U634 F4

NOT USED 21221 1805643

100R

3745 NOT USED NOT USED

NOT USED NOT USED NOT USED 212211805631

0R

3744

U584 B5
U585 D5
U586 E5
U587 B8
U588 B8
U589 F8
U590 F8
U591 G8
U592 G8
U593 G8
U594 G8
U595 F10
U596 F10

PB: 59591

NOT USED 9352500001 18

74LVC02ADB-T

NOT USEDNOT USED2725

56p

2726

100n

7702 NOT USED

NOT USED 223878615649

NOT USED

U604 C1 1
U610 E10

3

4

6

I174

+5

U76

47K

3V3-STBY

3V3-STBY

1

E0

2

E1

3

E2

6

SCL

5

SDA

8

VCC

4

VSS

7

WC

3719

3

7722

M24C16-WBN6

U593

3V3-STBY

4

U592

F137

U207

U594

I189

33K

3715

35

VDS

28

VPE

22

VSSA

13

VSSC

VSSP

38

37

VSYNC

41

XTALIN

42

XTALOUT

2

1

4

P2.3_PWM2

5

P2.4_PWM3

6

P2.5_PWM4

7

P2.6_PWM5

8

P2.7_PWM6

P3.0_ADC0

9

10

P3.1_ADC1

11

P3.2_ADC2

12

P3.3_ADC3

30

P3.4_PWM7

34

R

43

RESET

25

SYNC_FIL TER

31

VDDA

39

VDDC

44

VDDP

18

P0.4

19

P0.5

20

P0.6

21

P0.7

45

P1.0_INT1

46

P1.1_T0

47

P1.2_INT0

48

P1.3_T1

51

P1.4_SCL1

52

P1.5_SDA1

49

P1.6_SCL0

50

P1.7_SDA0

1

P2.0_TPWM

2

P2.1_PWM0

3

P2.2_PWM1

SAA5564PS/M3/0257

7701

32

B

29

COR

23

CVBS0

24

CVBS1

27

FRAME

33

G

36

HSYNC

26

IREF

40

OSCGND

14

P0.0

15

P0.1

16

P0.2

17

P0.3

U139

8

100R

3735

U602

U585

I149

T

3

1

2

U583

U142

3V3-STBY

100R

3711

10

9

100R

3724

7

4

2

1

3

F132

100R

3712

U631

U634

U596

U209

3

4

8

3

U208

3

1B

1

1Y

2A

5

2B

6

2Y

4

8

3A

9

3B

10

3Y

4A

11

4B

12

4Y

13

7

GND

14
VDD

5

0

74LVC02ADB-T

7703

2

1A

1

2

3V3-STBY

3V3-STBY

U23

1701-A

U584

U20

0

3

U233

4

3

1

I166

9

PE

14

Q0

13

Q1

12

Q2

11

Q3

15

TC

16

VCC

2

74LVC163DB-T

7702

7

CEP10CET

2

CP

3

D0

4

D1

5

D2

6

D3

8

GND

1

MR

F135

U597

3729

47K

U591

3V3-STBY

3V3-STBY

1

2

+3V3

F136

3V3-STBY -ON

2716

100n

5723

0u1

R

4000

U598

U586

3

1

I192

5

3V3-STBY

U587

5

0

I162

U582

I164

3V3-STBY

3V3-STBY

I165

U611

2

1

U197

2718

100n

OUT

3

VDD

4

F130

3717

47K

1702
6N12000094

CONT

1

GND

2

3

4

F139

I156

100R

47K

3718

22K

3748

3743

U206

F138

3

4

3741

100R

3725

3V3-STBY

7721

LM810M3X-2.93

GND

1

2

RESET

VCC

3

100R

U603

U630

+5T

2

5

U629

100R

3739

I168

I167

I169

1

2

I170

3727

0R

3709

2717

24K

3V3-STBY

U196

100n

100R

3701

47K

3713

5701

3V3-STBY

U589

0u1

3

4

1

2

3

4

5

6

7

8

U141

1

2

3

4

3V3-STBY

U21

U588

F134

3V3-STBY

100R

3737

3V3-STBY

3V3-STBY

U599

U610

5

0

U590

2

1

3V3-STBY

U604

1

3

3V3-STBY

U205

3728

47K

47K

3720

3702

100R

100R

3740

47K

3747

3

1

100n

2

1

U140

2728

100R

3742

2727

10u

U595

100R

3744

3705

560R

3V3-STBY

1K

3708

DVI-S-TEST

RC5

LIGHT

OSC-CTL

NTC

ST -SC

OSC-CTL

OSC-OUT

OSC-OUT

OSC-12M

D4-DET

SC-CVI-SW

VGA-S-TEST

VGA-DVI-SW

R-KEY

HS-OSD

FB

FB-R

FB-G

FB-B

TV-DET

LLC2

OSC-12M

AV-CVBS

SDA-TV1

SCL-TV1

SDA-1

SCL-1

PC-HSYNC

SCL-TV1

SDA-TV1

WP-TV1

RC5

PC-VSYNC

VS-OSD

OSC-12M

P-LED

KEY

R-KEY

SOUND-ENABLE

POW -CON-SCALER

INT-SCALER

TUN-CVBS

OSC-CTL

FBL-SC

PHONE-DET

DVI-SCDT

P-LED

MSP-INT

WP-TV1

TV-IRQ

KEY

LIGHT

DVIPD

RESET -PAINTER

PC DVI_Digital Diagram

U282 C7
U283 A7
U617 E3
U627 D3
U661 B5

NI

Reserved

U118 A5
U119 A5
U136 A5
U137 A5
U138 A5
U144 A5
U145 A5
U147 B5
U148 C4
U211 C 3
U214 B6
U215 A6

6801

6806

BAV99

6802 933215370215

933215370215

Ref Des

933215370215

U231 D2
U267 B4
U278 A7
U279 C6
U280 B6
U281 B7

3804 C5
3805 B6
3806 B7
3807 B5
5801 A5
6801 D5
6802 D5
6803 E5
6804 D6
6805 D6
6806 D7
6807 E6

801 ~830

SB:59991 x1

NI

NI

6808 D7
6811 A6
6812 A7
7801 B7
7802 C2

U42 B5
U43 B5
1801 B4
2801 A5
2802 A6
2803 B7
2804 C6
2805 C6
2811 C3
3801 B6
3802 B6
3803 B5

BAV99

6807

BAV99

NI

NI

6805 933215370215

BAV99

6804

BAV99

45678

123

6808 933215370215

BAV99

EXCEPT 1801 WERE CHIP COMPONENTS.

U41 C2

123

933215370215

BAV99

NI

NI

NI

MAIN PCB

6803 933215370215

45678

A

B

C

D

E

A

B

C

D

E

U35 B5

BAV99

933215370215

U280

U281

PB:59591

U279

U118

280533p

U278

3V3-STBY

U661

U617

U627

U147

U148

U145

U231

6804
BAV99

6802
BAV99

2803

100n

BAV99

6801 6808

BAV99

3V3-STBY

2

0Z

5

1X

13

1Y

1

1Z

3

11

A

B

10

C

9

GND

8

INH

6

VCC

16

VEE

7

X-COM

14

Y-COM

15

Z-COM

4

3V3-STBY

TC74L VX4053FT

7802

0X

12

0Y

BAV99

6807

100n

2811

100n

3V3-STBY

3V3-STBY

6811

BAS32L

2802

3V3-STBY

3806

150R

3

4

5

6

7

8

9

3803 100R

10

11

12

13

14

15

16

17

18

19

2

20

21

22

23

24

1801

74320-1004

C1

25

C2

26

C3

27

C4

28

C5

29

C6

30

31

32

1

150R

3805

3V3-STBY

100n

2801

U267

100R3804

WC_

7

U136
U137

7801

M24C02

E0

1

E1

2

E2

3

SCL

6

SDA

5

VCC

8

VSS

4

+5T

U119

U214

380210K

U282

U283

U215

BAV99

6806

BAV99

U43

U35

6803

U42

BAV99

6805

U138
U144

U211

100R

3807

3V3-STBY

100MHZ

5801

2804

BAS32L

6812

10K 3801

33p

DVI-S-TEST

+3V3

U41

DVI-5V

RXC+

DVI-SCL

DVI-SDA

RX1+

RX1-

RXC+

RXC-

RX2+

RX2-

RX0+

RX0-

RXC-

RX0+

RX0-

RX1-

RX1+

RX2-

RX2+

TMDS-DE

PC-HSYNC-ASM

TMDS-VS

VGA-TMDS-VSPC-VSYNC-ASM

VGA-DVI-SW

VGA-TMDS-DE

BDL4211. . . 63

TMDS_Rx Diagram

EXCEPT 2855 WERE CHIP COMPONENTS.

U96 B5

B

3845

4K7

319802134720

NI

3853 319802131030

319802190030

7843

C

D

E

F

A

B

C

D

E

F

U0 A6
U7 A6
U16 F7
U93 F6
U94 D4
U95 A7

2849 B3

NI

NI

1234567 8

1234567 8

A

2864 B8

3843

NI

10K

319802131030

U97 B7
U98 B7
U99 B7
2841 B1
2842 B1
2843 B1
2844 B1
2845 B2
2846 B2
2847 B2
2848 B2

3865 B7

NI

841~

899

MAIN PCB

NI

Ref Des Reserved
3842 319802134720

4K7

2851 B3
2852 B3
2853 B4
2855 F3
2856 E1
2857 F1
2858 F1
2861 B8
2862 B8
2863 A6

U170 F5

NI

3841 B4
3842 D2
3843 D2
3844 D3
3845 D3
3846 C4
3847 C4
3848 D4
3849 D4
3851 D3
3852 E3
3853 E4
3854 F4
3855 E7
3856 F7
3858 F7
3861 A7
3862 A7
3863 B7
3864 B7

U265 B7

10K
3855 319802190030
3856 319802190030

LM810M3_t

9322193346857845

NDC7002N_t

tra_NDC7002N

3867 E7
3868 F3
5842 E1
5843 E1
5844 F1
7842 D6
7843 D2
7845 E4

U624 D5

SB:59991 x1

U175 D5
U176 B3
U177 B2
U178 B1
U179 B4
U180 C7
U181 C7
U182 E1
U183 E5
U184 F4
U185 E4
U260 B8
U261 A8

U263 A7
U264 A7

PB:59591

3858

3851 319802134720

4K7

319802190030
3867

NI

NI

NI NI

U266 B7
U277 B8
U401 B7
U402 C7
U403 C7
U414 B7
U622 D5
U623 E4

U261

470p2851

U260

100MHZ

470p2844

OVCC

5844

100MHZ

5842

100MHZ

5843

3852

0R05

CVCC

CVCC

4K7

3851

U402

0R05

3849

U176

U170

U185

U7

OVCC

2852 470p

3867

OVCC

3854

0R05

3V3-STBY

U177

OVCC

U16

U184

3848

0R05

7845

LM810M3_t

GND

1

RESET

2

VCC

3

OVCC

NDC7002N_t

7843

D1

6

D2

4

G1

1

G2

3

5

S1

S2

2

4K7

3843

+5T

2843 470p

470p2842

U96

U181

U0

U180

U178 U179

2861

33p

3863 47R

47R3865

2855

100u

U264
U265

U277

U263

AVCC

2863

100n

390R

3841

470p2853

OVCC

OVCC

RXC-

94

SCDT

8

ST

3

ST AG_OUT

7

VCC16VCC238VCC3

67

VSYNC

47

QO23

77

QO3

52

QO4

53

QO5

54

QO6

55

QO7

56

QO8

59

QO9

60

RSVD

99

RX0+

90

RX0-

91

RX1+

85

RX1-

86

RX2+

80

RX2-

81

RXC+

93

QO1

50

QO10

61

QO1 1

62

QO12

63

QO13

64

QO14

65

QO15

66

QO16

69

QO17

70

QO18

71

QO19

72

QO2

51

QO20

73

QO21

74

QO22

75

QE17

31

QE18

32

QE19

33

QE2

12

QE20

34

QE21

35

QE22

36

QE23

37

QE3

13

QE4

14

QE5

15

QE6

16

QE7

17

QE8

20

QE9

21

QO0

49

57

OVCC5

78

PD

2

PDO

9

PGND

98

PIXS

4

PVCC

97

QE0

10

QE1

11

QE10

22

QE1 1

23

QE12

24

QE13

25

QE14

26

QE15

27

QE16

30

5

GND239GND3

68

HSYNC

48

HS_DJTR

1

OCK_INV

100

ODCK

44

OGND119OGND228OGND345OGND458OGND5

76

OVCC118OVCC229OVCC343OVCC4

AGND179AGND283AGND387AGND489AGND5

92

AVCC182AVCC284AVCC388AVCC4

95

40

CT1

41

CT2
CT3

42

DE

46

EXT_RES

96

GND1

U98

7842

SiI151BCT100

U94

3V3-STBY

10K

U93

2846 470p

3845

3842

4K7

47R3862

3858

U99

U97

U95

470p2847

2848 470p

3856

OVCC

U623

U624

3847

10K

U622

33p

2864

2857

10u

AVCC

AVCC

2849 470p

10K

3853

PVCC

U182

CVCCAVCC

3861 47R

U414

OVCC

2841 470p

U401

3864 47R

3V3-STBY

2856

10u

2845

2p2

2862

3855

470p

U183

U403

2R2

3868

0R05

3846

OVCC

PVCC

4K7

3844

10u

2858

U175

U266

DVI-SCDT

DVIPD

DVI-SDA

DVI-SCL SCLS-DVI

DVI-SCDT

PA00

PA04

PA09

TMDS-HS

PA03

SDAS-DVI

RXC-

RXC+

RX0+

RX0-

RX1+

RX1-

RX2+

RX2-

TMDS-CLK

PA16
PA17
PA18
PA19
PA20
PA21
PA22
PA23

PA08

PA10
PA 11
PA12
PA13
PA14
PA15

PA01
PA02

PA05
PA06
PA07

TMDS-DE
TMDS-VS

BDL4211. . . 64

Audio Delay Diagram

* Delete this page for basic model

MAIN PCB

151 ~ 169

A

B

C

D

E

F

A

B

C

D

E

F

2821 A2
2822 D2

SB: 59991 x1

12345678910

12345678910

2823 A4
2824 C3
2825 C7
2826 C9
3811 A3
3812 A4
3813 E3
3814 F3
3815 F3
3816 F3
3817 F3
3818 F3
3821 D10
3822 D10
3823 D10
3824 D10
3825 D10
3826 D10
3827 E10
3828 E10
3829 E10
5821 A5
7821 A1
7822 B4
7823 D7
7824 D9
7825 D1
7826 A4
U151 B2
U152 C3
U153 C7
U154 C9
U155 C10
U200 A2
U201 D3
U202 A2
U203 E4
U224 C2
U225 C2
U226 C3
U227 B3
U228 B3
U229 A4
U232 B3
U249 D10
U250 D10
U262 D10
U270 D10
U271 D10
U272 D10
U273 E10
U323 E10
U333 F4
U342 D3
U347 D3
U348 D3
U355 F2
U362 F4
U363 F2
U364 E2
U416 B6
U417 B6
U418 C6
U616 C6
U665 B2
U666 D8
U667 E9

U201

PB: 59591

U151

U200

3812

47K

3817

3818

0R

3816

0R

3815

3821

U249

U250

U232

+5D

U228

3827

U227

3826

3825

+5D

2824

100n

U225

U226

+5D

U224

15p

U355

2823

MMBT2369AL

7826

3823

3811

1K

U262

5

QF

6

QG

QH

7

13

RCK

9

RCO

VCC

16

100n

2822

7825

M74HC590M

11

CCK

12

CCKEN

CCLR

10

14

G

GND

8

15

QA

1

QB

2

QC

3

QD

4

QE

+5D

100n

2826

+5D

0R

3829

+5D

3828

U154 U155

U152

U153

14

8

GND

QA

15

QB

1

QC

2

QD

3

QE

4

QF

5

QG

6

7

QH

RCK

13

RCO

9

16

VCC

M74HC590M

7821

CCK

11

CCKEN

12

10

CCLR

G

U333

+5D

0R

0R

3813

3824 0R

3814

5821

U202

U203

U323

U273

2825

100n

U271

U272

U270

U229

+5T

U666

U667

3822

U665

+5D

U616

+5D

U417

U418

U364

U416

U362

U363

15

Q5

14

Q6

13

Q7

12

VCC

20

100n

2821

D1

3

D2

4

D3

5

D4

6

D5

7

D6

8

D7

9

GND

10

LE

11

1

OE

Q0

19

Q1

18

Q2

17

Q3

16

Q4

16

Q3

15

Q4

14

Q5

13

Q6

12

Q7

20

VCC

7824

74HC573PW

D0

22

D0

3

D1

4

D2

5

D3

6

D4

7

D5

8

D6

9

D7

10

GND

11

LE

1

OE

19

Q0

18

Q1

17

Q2

15

I_O4

16

I_O5

17

I_O6

18

I_O7

19

OE

22

VCC

28

WE

27

74HC573PW

7823

A13

9

A14

10

A2

24

A3

25

A4

26

A5

1

A6

2

A7

3

A8

4

A9

5

CE

20

GND

14

I_O0

11

I_O1

12

I_O2

13

I_O3

7822

CY7C199-15ZC

A0

21

A1

23

A10

6

A11

7

A12

8

U347

U348

I2S-DA-CLK

I2S-DA-IN1

I2S-DA-IN2

U342

I2S-DA-OUT

BDL4211. . . 65

BDL4211. . . 66

Audio Board Diagram-1

18k

mute

reference

voltage

power

ground

(substrate)

signal

ground

2k

15k

mute switch

non-inverting

switch

output

X1

2k

18k

power stage

Vp

stand-by

switch

VA

15k

stand-by

stand-by

reference

voltage

mute

switch

supply

ripple rejection

/

non-inverting

input

reference

voltage

AV

mute switch

power stage

Cm

60k

60k

AV

Cm

input

*947......9999

[R]

U4 D3
U6 B6
F06 D6

B

C

D

E

A

B

C

D

E

U1 D6

U30 B3

1234

23456

*

EXCEPT 1947,1948,2958,2959,2960,2962,2963,2964,2965,5947,7947 WERE CHIP COMPONENTS.

F07 E6
F08 B7
F09 B7

PB: 59881

78

A

U23 B5
U24 C5
U25 D6
U26 D6
U27 D5

*

3974 B2
3975 B2
3976 C6
3977 E2
3978 D2
3979 D8
3980 C6
3981 C6
3982 C7
3983 E8
3984 D8
3985 C8

U31 D3
U38 C7
U44 D7
1947 A7
1948 E7

5678

1

2961 A3
2962 A4
2963 A4
2964 A5
2965 C5

V(1517 in )R

SB: 59871 x 9

V(1517 in )L

U10 C7
U11 B2
U12 A4
U19 E3
U21 D2

2966 D3
2967 E2
2973 B6
2974 E6
2990 B6

AUDIO PCB

2991 E6

5949 D6
5955 B6
5956 E6
6947 C6
6948 D6
7947 A3
7948 E7
7952 C7

3986 C7
3987 C8
3988 C8
5947 A4
5948 B6

2956 B3
2957 B2
2958 D3
2959 B6
2960 D5

2964

1000u 25

TO AUDIO OUT JACK PCB

TO AUDIO OUT JACK PCB

22K

220n

2956

U31

3979

U1

JFE63171

1948

1

2

200R

3976

+16V

1K

3975

2960

470u

25

U30

U24

25

100u

2958

2962

470u

25

5956

32161 1

+16V

1n

2990

2991

1n

U12

3983

2967

12K

U6

25

47u

2965

U4

BC848C

7948

5948

32161 1

3988

12K

+16V

2973

1n

7952

BC848C

3974

22K

U23

3977

22K

10u

5947

U10

3

voltage

JFE61 1V

1947

1

2

F09

7947

TDA1517

PGND

5

SGND

2

7

Vp

input1

1

input2

9

mute

8

output1

4

output2

6

3981

100p

2957

12K

6948

BAS32L

25

470u

2959

3984

2963

1000u 25

F06

U38

22K

3985

F07

2966

220n

BAS32L

6947

3982

10K

3980

0R

0R

3986

32161 1

5949

U25

U19

U11

U26

U21

32161 1

5955

U27

1n

2974

12K

3987

F08

+16V

U44

3978

1K

25

2961

100n

SOUND-ENABLE

MSP-OUT -L

MSP-OUT -R

PHONE-DET

Audio Board Diagram-2

-

+

-

+

PB: 59881

F012 D2
F013 D2
F014 E2

SB: 59871x 9

2977 C5
2978 C4
2979 D5
2980 D5
2981 C6
2982 B6
2983 C7
2984 B7
2985 B8
2986 B5
3990 C4
3991 C4
3992 C4
3993 C3
3994 C5
3995 C6
3996 B6
3997 C7
3998 C8
3999 B7
5950 C4
5951 B7
7953 B5
F010 D2
F01 1 D2

AUDIO PCB

*

V(1308 in )R

2975 C3
2976 C4

V(1308 in )L

TO MAIN PCB

TO AUDIO OUT JACK PCB

*

U40 C5
U41 B6
U42 C6
U43 C7
U45 C4
U46 C6
u48 B5
u49 B7
u50 B4
u51 C4
u52 C7
1950 B2
1951 D2

EXCEPT 1950,1951,2976,2984,7953 WERE CHIP COMPONENTS.

12345678

12345678

A

B

C

D

E

A

B

C

D

E

F21 B2
F22 B2
F23 C1
F24 C1
F27 C2
F28 C3
F29 C2
U39 C5

100n

2986

25

5951

0u1

10n

2985

U46

U41

U39

U40

3994

3K3

3K3

3995

F010

F24

2982

100p

1

10

2

3

4

5

6

7

8

9

3998

0R

1950

69405

+5T

10K

3999

2981

10u

220u

16

2976

F29

F27

+5T

F22

F012

F013

2978

1u

TDA1308/N1

7953

2

INA_neg

3

INA_pos

6

INB_neg

5

INB_pos

1

OUT A

7

OUTB

8

VDD

4

VSS

F28

2980

16

+5T

U45

100n

U42

U43

2975

10n

3990

10K

0u1

5950

22K

F23

F21

3992

F014

+5T

3

4

5

F01 1

+16V

JFE6338V

1951

1

2

22K

3997

+16V

3996

22K

0R

3993

22K

3991

1u

2983

10u

2979

u52

u48

u49

u50

u51

100p

2977

2984

220u

16

MSP-OUT -R

SOUND-ENABLE

PHONE-OUT -R

PHONE-OUT -L

PHONE-DET

MSP-OUT -L

MSP-OUT -R

PHONE-OUT -L

PHONE-OUT -R

MSP-OUT -L

PHONE-DET

BDL4211. . . 67

Key Control Board Diagram and C.B.A.

KEY CONTROL PCB

TO MAIN

PCB

1701

ST ANDS FOR CHIP COMPONENTS.

PB : 59191

1234

1234

A

B

C

D

E

A

2094 B4
3086 C1

3087 C1
3088 C2

3089 C3
3091 C4

6086 B2

D

U

L OSD

AV

R

SB : 59181 x32

2093 B4

4

B

C

D

E

F1 B3
F2 B3

F3 B3
F4 B3

1086 B3
1087 D1

1088 D1
1089 D2

1090 B1
1091 D3

1092 D3
1093 D4

2091 B2

1086

1

2

3

3091

100K

3089

12K

4

3087

51K

3088

27K

34

SKQGABE010

1092

12

3

2

34

1093

SKQGABE010

12

1

2

34

SKQGABE010

1091

1

1088

1

2

3

4

1089

SKQGABE010

3086

2K2

SKQGABE010

1087

SKQGABE010

12

34

3V3-STBY -ON

2091

10u

100n

100n

2094

2093

6086

BZX84-C4V7

I3

I4

I0

I1

I2

1090

1

2

3

4

5

6

F4

ESB64623

F2

F3

R-KEY

R-KEY

KEY

KEY

3V3-STBY -ON

F1

BDL4211. . . 68

Audio Out Jack Board Diagram and C.B.A.

TO

AUDIO

BOARD

ST ANDS FOR CHIP COMPONENTS.

F4 B1

F5 C1
F6 B1

F7 B1
F8 C1

1991 B1
1992 B3

1993 C3
1994 D3

2293 C1
2294 C1

2991 B2
2992 B2F2 B1

F3 B1

123

123

D

E

A

Audio-R-OUT

PB : 5921 1

Line - OUT

SB : 59201 x32

AUDIO OUT JACK PCB

A

B

C

Audio - L - OUT

B

C

D

E

F1 A1

2294

1n

1n

2293

F7

F8

F5

F6

F4

F2

F3

2

3

4

5

6

7

8

F1

1991

1

2991

6n8

6n8

2992

3

4

5

7

8

1994

LGT1506-0125

1

2

1

2

3

4

5

7

8

5

7

8

LGT1506-0125

1993

1992

LGT1506-0125

1

2

3

4

BDL4211. . . 69

TV Box(V ideo) I/O Diagram

REF .

WE, AP,

NAFT A, CHINA, NAFT A VIDEO

WE VIDEO

1602 2422 026 05546 NOT USED

2 8

2625 F7

2624 F6

2623 E7

U8 D6

U6 E6

U5 D6

42

76

F023 C6

543

3629 F6

2622 E6

2621 E7

6

NI FOR AP , NAFT A, CHINA

7603 D7

1

2616 E2

5

C

3

3625 E6

3624 E7

8

A

B

A

7

7602 E3

U9 E6
1601 A6

3614 D2

SB: 58441 x2

3603 A2

3602 A2

3601 A1

7601 B3

F002 A7

3627 E6
3628 E7

2627 C8

3630 F7

3612 D3

3611 D1

3609 A3

3607 A3

1602-A E8
1602-B E7
1602-C F8
2601 A4
2602 B1

3632 C8

PB: 58451

3622 D7
3623 D6

E

F

3626 E7

2615 E2

F

F007 B6
F008 B7
F009 B6
F010 B7
F01 1 B 7

FOR WE,WE VIDEO

2604 B1

2603 B1

2608 A3

2607 C1

2606 B1

TV -BOX PCB

3621 D6

3616 D2

3615 D2

F001 A6

601 ~ 635

1W

F019 C7

B

C

D

3613 D2

F022 C7

2605 B1

2614 E2

1

F020 C6

F003 B6

F016 B7
F017 C6

2613 D2

2612 D4

2611 D3

F015 B6

F006 B7

F005 B6

F004 B7

D

E

F018 C7

3604 A2
3605 A2
3606 A2

NAFT A VIDEO

EXCEPT 1601,1602,2627,3632 WERE CHIP COMPONENTS.

F021 C6

F025 E7

F026 E7
F027 F7

F012 B6
F013 B7
F014 B6

F066 C6

F024 C7

F024

3622

10R

F008

F001

3615

47K

47K

3616

+5TUN

1u

2606

4K7

3625

3626

1K

0R82

3632

F013

F022

F026

47K

3606

100n

+5T

F004

2612

2613

1u

1u

2614

47K

3602

F003

1u

2604

3609

10K

F009

F021

220K

3628

1602-B

3

4

1X

1

1Y

3

1Z

11

A

10

B

9

C

8

GND

6

INH

16

VCC

7

VEE

14

X-COM

15

Y-COM

4

Z-COM

TC74L VX4053FT

7601

12

0X

2

0Y

5

0Z

13

F017

3611

10K

2607

1u

10u

2611

+5T

F002

+5T

2605

1u

3624

47R

F027

3603

47K

U6

U8

F025

2603

1u

1u

2602

U5

3630

220K

F020

F019

2608

10u

F012

F007

47K

3613

3614

47K

100n

2601

+5T

2624

330p

1u

2615

+5T

F016

F066

U9

10K

3601

1602-C

5

6

3623

100R

F010

2621

22p

3605

47K

10K

3612

6

7

8

9

+8V

330p

2622

2

20

21

22

23

24

25

26

27

28

29

3

30

4

5

1601

1

10

11

12

13

14

15

16

17

18

19

69415

F014

3621

4K7

F015

13

1Y

1

1Z

3

A

11

B

10

C

9

GND

8

INH

6

VCC

16

VEE

7

X-COM

14

Y-COM

15

Z-COM

4

7602

TC74L VX4053FT

0X

12

0Y

2

0Z

5

1X

F005

3607

47K

F01 1

1602-A

1

2

3629

100R

2616

1u

F023

F006

7603

BC848C

100R

3627

2623

330p330p

2625

+5T

47K

3604

16

1000u

2627

F018

SC-CVI-SW

SYNC-SC-CVI

SYNC-SC-CVI

SC-CVI-SW

AV-CVBS

FBL-SC

ST -SC

AV-CVBSAV-CVBS-RCA

AV-CVBS-SC

Y

I2S-DA-IN2

I2S-DA-OUT

AV-CVBS-SC

SCL-TV1

Y-SVHS

PC-AUDIO-R

D4-DET

Y

G-SC

Pr

R-SC

G-Y

B-Pb

R-Pr

Pb

B-SC

SC-CVI-SW

PC-AUDIO-L

TUN-CVBS

R-Pr

MSP-INT

PVR-OUT -R

PVR-OUT -L

MM-CVBS

MSP-OUT -L

B-PbG-Y

C-SVHS

I2S-DA-CLK

I2S-DA-IN1

MSP-OUT -R

SDA-TV1

DIAGRAM - I/O BOARD + BNC TERMINAL

BDL4211. . . 70

BDL4211. . . 71

TV Box(V ideo) CVI/S-V ideo Diagram

I005 B3

3664 B7

3663 B7

1642 A5

1641-C B1

2641 A1 I008 D3

I002 A7

I003 A3

I007 D3

I006 C3

3642 A3

5678

A

5647 D2
5648 D3
5649 D2

2656 E2

F

TV -BOX PCB

SB: 60451 x2

PB: 60461

3656 E3

5643 B7

F033 B6

2651 C1

I045 F3

I004 B2

I009 E3
I044 A2

F034 C1
F035 D1
F036 D1
F037 E1
F038 F1
I001 A3

2672 B7

EXCEPT 1641,1642 WERE CHIP COMPONENTS.

2673 C6
2674 C7
3641 A4

21

3643 A2

3648 C3
3650 E4

0R

6642 932205042685

BAV99L T1

6643 932205042685

BAV99L T1

3662 B7

3661 B7

3658 F3

321

2647 C2

2642 A2
2643 A3
2644 B1
2645 B2
2646 C1

1641-D A1

F030 B1
F031 B5

640 ~ 679

2648 C3

0R

3651 21221 1805631

2653 D1

2652 C2

2655 D3

2654 D2

5642 A3

43

2662 F2
2663 F2
2664 F2
2671 B6

F

1641-A E1
1641-B C1

F032 B1

87

3641 21221 1805631

0R

3645 21221 1805631

0R

3650 21221 1805631

3647 C2

3646 C3

3645 B4

3644 B3

C

3657 F2

A

3655 E2

3654 E3

3653 D3

3652 D3

3651 D4

5644 B7
5645 B2
5646 B3

B

C

D

E

6642 B6

Ref Des Reserved

F029 B6

F028 A1

6643 B5

B

2657 E3
2661 F2

120p

2647

E

D

5641 A2

456

0R

3650

F032

+5ESD

5645

0u56

3656

27K

I006

18R

3653

I004

F035

2672

22p

F038

F037

3661

18R

F031

I044

68p

2641

3641

0R

75R

3652

2663

330p

1K

3647

I045

F030

3644

27K

6643

BAV99L T1

5649

0u1

0u1

5643

330p

2661

I002

0u56

5648

I009

I003

I005

I001

I007

3663

18R

I008

100p

5644

0u1

2673

330p

2645

2644

330p

1641-B
69057

10

3

4

75R

0u56

5646

68p

2643

3646

5641

0u56

2662

330p

27K

3658

3655

1K

0u56

5642

3642

75R

68p

2655

2657

22p

F028

56R

3654

120p

2654

120p

2671

100p

2642

F036

3662

56R

1642

1

24

35

68

+5ESD

69015

2646

68p

2674

22p

1K

3657

F034

27K

330p

2652

3643

1K

3648

F029

F033

5

6

2651

330p

3645

0R

69057

1641-C

11

1641-A
69057

9

1

2

5647

0u56

2648

68p

BAV99L T1

6642

56R

3664

3651

0R

68p

2653

2656

100p

12

7

8

330p

2664

Pb

B-Pb

AV-CVBS-RCA

AV-CVBS

1641-D

69057

CVI-AUD-L

CVI-AUD-R

Y

G-Y

Pr

R-Pr

C-SVHS

Y-SVHS

S-AUD-R

S-AUD-L

TV Box(V ideo) Tuner Diagram

MT

2345

REF .

TUNER

FQ1236 FOR EMF

FQ1216 FOR DAO

TSVN1-802FR

FOR DAO

[R]

3502 B2

7501 D6
F039 B3
F040 B3
F041 B3

501 ~ 530

A

7

3505 D3
3506 C4
3511 C 6

1

1501

21221 1805643
100R

3502 21221 1805643

100R

678

1

YN

B

1502

8

2501

SB: 60451 x2

TV -BOX PCB

1501 B3

U12 D6

C

D

E

U3 C4
U4 C6

2222241 19876
10u

2502 223886715479

47p

2503 202055294427

100p

2504 2222241 19876

10u

2511 223886715229

22p

3501

E

A

B

2503 D2

PB: 60461

N

C

2511 D7

2504 D2

1502 B4
2501 B2
2502 D2

tun_TSVN1-801
TSVN1-801FR

6502 B6

EXCEPT 1501,1502 WERE CHIP COMPONENTS.

D

56

3503 C2
3504 C2

[R]

3506

5502 C2

3501 B2

F044 C3
F045 D4
F046 D4
I010 A2
I011 C 2
I012 D7
I013 D6

Y

3505

Ref Des Reserved
1501 313914718351

FQ1236/FH-3

1502

F042 C3
F043 C3

6501 A6

234

3506 232270296001

0R

3511 21221 1805665

4K7

3512 21221 1805635

10R

3513 21221 1805643

100R

3514 21221 1805964

75R

3515 21221 1805665

4K7

3516 232270281 102

1K

3517 21221 1805964

3512 C6
3513 D6
3514 D7
3515 D6
3516 D6
3517 D7
5501 B2

THIS P AGE FOR NI

75R

5501 313816874261

32161 1
100MHZ

5502 313816874261

100MHZ
6501 932205042685
6502 932205042685

3503 21221 1805631

0R
3504 232270260189

18R
3505 21221 1805631

0R

0R

3503

0R

3506

3516

1K

3514

75R

4K7

3515

F043

F044

F042

100R

3502

F039

F040

2502

47p

100p

2503

2501

10u

I012

I013

I011

+5TUN

I010

+5T

F046

2511

22p

7501

BC848C

5501

100MHZ

32161 1

F041

6501

3513

100R

3511

4K7

3512

10R

+5TUN

6502

10

NC3

4

SCL

5

SDA

+5TUN

13

+5V_IF

11

2nd_IF_sound

AF_MPX

14 6

AS

CVBS

12

15

16

17

18

1

NC0

NC1

2

NC2

9

10u

FQ1236/F H-3

1501

3

+5

2504

U3

U4

U12

9

VIDEO_PUTPUT

0R

3505

+5

4

AFT_OUTPUT

7

AUDIO_OUTPUT

8

MT1

MT2

MT3

MT4

RF_AGC_OUTPUT

5

SCL

2

SDA

36

SIF_OUTPUT

1502

TSVN1-801FR

3504

18R

F045

100MHZ

5502

3501

100R

75R

3517

MM-CVBS

TUN-CVBS

2ND-IF

+5TUN

2ND-IF

MM-CVBS

SDA-TV1

SCL-TV1

TUN-CVBS

DIAGRAM - I/O BOARD + BNC TERMINAL

BDL4211. . . 72

TV Box(V ideo) Audio Decoder Diagram

MONO

SCAR T 1

FM1
FM2

NICAM A
NICAM B

IDENT

SCAR T -L

SCAR T -R

S1 4 I2SL/R I2SL/R

LOUDSPEAKER R

HEADPHONE R

SCAR T -R

DSP

D/A

A/D

SCAR T Switching Facilities

DEMODULA TOR

IDENT

ADR interface

I2S interface

HEADPHONE

SCAR T 1

SCAR T 2

NC

LOUDSPEAKER

LOUDSPEAKER L

HEADPHONE L

SCAR T -L

D/A

D/A

D/A

D/A

D/A

A/D

SCAR T 2

SCAR T 3

SCAR T 4

12

2913 C6

2911 C 2

Ref Des Reserved
3942 21221 1805631

0R

3943 21221 1805631

0R

2904 C2

I041 E5
I042 E5

3916 D6

2924 C6
2925 E4
2926 E5
2927 E5

I020 B2

I019 B6

I018 B6

I017 B4

msp3410G msp3440G

901 ~ 935

2909 D2

34

7901

I016 A4

2934 C6

2914 D2
2915 D2
2916 C7
2917 B5
2918 B6
2919 C6

2903 C2

I032 D5
I033 D2

2928 A5
2929 A5

1

I015 A5

I021 B2
I022 B5
I023 B5

B

I037 D2

I036 D7

I035 D6

I034 D2

DAO

2923 E4

2931 D6
2932 D6
2933 C6

I030 C2

3911 B2
3912 B1
3913 B1
3914 D6
3915 E6

I031 C2

7901 B2
I014 A4

3943 A4

I027 C2
I028 C2
I029 C2

I024 B2
I025 C6
I026 C2

7

A

B

C

D

E

A

654

32

PB: 60461

2920 C5
2921 E3
2922 E4

765

C

D

E

U15 C2
1901 E5
2901 C2

I038 D7
I039 D5
I040 D5

3917 D6
3918 B7
3919 B7
3921 B6
3930 A4
3931 A4
3933 A4
3934 A4
3942 A4

5912 E3
5915 A7
6911 B6

2911

47p

EMF

2902 C2

2905 D2
2906 B2
2907 D6
2908 E6

TV -BOX PCB

SB: 60451 x2

I028

3919

100R

100R

3917

I034

1u

2909

100R

3918

2922

470p

5912

0u1

1u

15p

2927

1n

2913

2903

2934

10u

I035

100R

3915

I032

I019

1u

2914

10u

2921

I030

I023

I024

0R3930

I025

I039

3916

100R

I018

I015

100n

2923

10u

2919

100n

2920

0R

I017

0R

3943

3942

2915

1u

I027

19

VREFT OP

46

XT AL_IN

54

XT AL_OUT

55

I033

SC1_IN_L

SC1_IN_R

45

SC1_OUT_L

29

SC1_OUT_R

28

SC2_IN_L

41

SC2_IN_R

42

SC2_OUT_L

26

SC2_OUT_R

25

SC3_IN_L

38

SC3_IN_R

39

SC4_IN_L

35

36

SC4_IN_R

ST ANDBTQ

63

TESTEN

53

TP

56

VREF127VREF2

I2S_CL

3

I2S_DA_IN1

6

I2S_DA_IN2

12

I2S_DA_OUT

5

I2S_WS

4

MONO_IN

47

NC013NC114NC215NC322NC424NC558NC659NC7

64

RESETQ

16

44

AVSS

48

AVSUP

49

CAPL_A

30

CAPL_M

32

DACA_L

18

DACA_R

17

DACM_L

21

DACM_R

20

DACM_SUB

23

11

DVSS

DVSUP

10

D_CTR_IO_0

61

D_CTR_IO_1

60

I2C_CL

1

I2C_DA

2

ADR_CL

9

ADR_DA

7

ADR_SEL

62

ADR_WS

8

AGNDC

34

AHVSS

33

31

AHVSUP

ANA_IN-

51

ANA_IN1+

50

ANA_IN2+

52

ASG0

43

40

ASG1

ASG2

37

AUD_CL_OUT

57

100n

2925

MSP3410G-QI-B8V3

7901

1u

2901

18M432HZ

1901

100n

2928

3934

0R

2924

10u

0R3931

2932

1u

I021

I014

1u

2902

I026

220n

2917

I031

1u

2904

I038

I036

10u

2918

2905

1u

27K

3921

15p

2929

10u

+5T

I041

2926

I042

2931

1u

I016

100R

3911

3913

0R

I022

2906

15p

+8V

I029

100R

0R3933

1u

2908

3914

10u

1u

2907

U15

I040

2933

I020

I037

3912

100R

6911

2916

1n

S-AUD-L

SC-AUD-R

5915

0u1

BAS32L

PC-AUDIO-R

SC-AUD-L

2ND-IF

SDA-TV1

SCL-TV1

PVR-OUT -R

PVR-OUT -L

I2S-DA-CLK

I2S-DA-IN2

I2S-DA-OUT

I2S-DA-IN1

CVI-AUD-R

CVI-AUD-L

S-AUD-R

SC-OUT -L

SC-OUT -R

MSP-OUT -L

MSP-OUT -R

MSP-INT

PC-AUDIO-L

BDL4211. . . 73

TV Box(V ideo) EMF Scart Diagram

MT

2345

REF .

TUNER

FQ1236 FOR EMF

FQ1216 FOR DAO

TSVN1-802FR

FOR DAO

[R]

3502 B2

7501 D6
F039 B3
F040 B3
F041 B3

501 ~ 530

A

7

3505 D3
3506 C4
3511 C 6

1

1501

21221 1805643
100R

3502 21221 1805643

100R

678

1

YN

B

1502

8

2501

SB: 60451 x2

TV -BOX PCB

1501 B3

U12 D6

C

D

E

U3 C4
U4 C6

2222241 19876
10u

2502 223886715479

47p

2503 202055294427

100p

2504 2222241 19876

10u

2511 223886715229

22p

3501

E

A

B

2503 D2

PB: 60461

N

C

2511 D7

2504 D2

1502 B4
2501 B2
2502 D2

tun_TSVN1-801
TSVN1-801FR

6502 B6

EXCEPT 1501,1502 WERE CHIP COMPONENTS.

D

56

3503 C2
3504 C2

[R]

3506

5502 C2

3501 B2

F044 C3
F045 D4
F046 D4
I010 A2
I011 C 2
I012 D7
I013 D6

Y

3505

Ref Des Reserved
1501 313914718351

FQ1236/FH-3

1502

F042 C3
F043 C3

6501 A6

234

3506 232270296001

0R

3511 21221 1805665

4K7

3512 21221 1805635

10R

3513 21221 1805643

100R

3514 21221 1805964

75R

3515 21221 1805665

4K7

3516 232270281 102

1K

3517 21221 1805964

3512 C6
3513 D6
3514 D7
3515 D6
3516 D6
3517 D7
5501 B2

THIS P AGE FOR NI

75R

5501 313816874261

32161 1
100MHZ

5502 313816874261

100MHZ
6501 932205042685
6502 932205042685

3503 21221 1805631

0R
3504 232270260189

18R
3505 21221 1805631

0R

0R

3503

0R

3506

3516

1K

3514

75R

4K7

3515

F043

F044

F042

100R

3502

F039

F040

2502

47p

100p

2503

2501

10u

I012

I013

I011

+5TUN

I010

+5T

F046

2511

22p

7501

BC848C

5501

100MHZ

32161 1

F041

6501

3513

100R

3511

4K7

3512

10R

+5TUN

6502

10

NC3

4

SCL

5

SDA

+5TUN

13

+5V_IF

11

2nd_IF_sound

AF_MPX

14 6

AS

CVBS

12

15

16

17

18

1

NC0

NC1

2

NC2

9

10u

FQ1236/F H-3

1501

3

+5

2504

U3

U4

U12

9

VIDEO_PUTPUT

0R

3505

+5

4

AFT_OUTPUT

7

AUDIO_OUTPUT

8

MT1

MT2

MT3

MT4

RF_AGC_OUTPUT

5

SCL

2

SDA

36

SIF_OUTPUT

1502

TSVN1-801FR

3504

18R

F045

100MHZ

5502

3501

100R

75R

3517

MM-CVBS

TUN-CVBS

2ND-IF

+5TUN

2ND-IF

MM-CVBS

SDA-TV1

SCL-TV1

TUN-CVBS

BDL4211. . . 74

TV Box(TV) I/O Diagram

REF .

WE, AP,

NAFT A, CHINA, NAFT A VIDEO

WE VIDEO

1602 2422 026 05546 NOT USED

8

2625 F7

2624 F6

2623 E7

U8 D6

U6 E6

U5 D6

42

76

F023 C6

5

3629 F6

2622 E6

2621 E7

6

NI FOR AP , NAFT A, CHINA

7603 D7

1

2616 E2

5

C

3

3625 E6

3624 E7

8

A

B

A

7

7602 E3

U9 E6
1601 A6

3614 D2

SB: 58441 x2

3603 A2

3602 A2

3601 A1

7601 B3

F002 A7

3627 E6
3628 E7

2627 C8

3630 F7

3612 D3

3611 D1

3609 A3

3607 A3

1602-A E8
1602-B E7
1602-C F8
2601 A4
2602 B1

3632 C8

PB: 58451

3622 D7
3623 D6

E

F

3626 E7

2615 E2

F

F007 B6
F008 B7
F009 B6
F010 B7
F01 1 B 7

FOR WE,WE VIDEO

2604 B1

2603 B1

2608 A3

2607 C1

2606 B1

TV -BOX PCB

3621 D6

3616 D2

3615 D2

F001 A6

601 ~ 635

1W

F019 C7

B

C

D

3613 D2

F022 C7

2605 B1

2614 E2

F020 C6

F003 B6

F016 B7
F017 C6

2613 D2

2612 D4

2611 D3

F015 B6

F006 B7

F005 B6

F004 B7

D

E

F018 C7

3604 A2
3605 A2
3606 A2

NAFT A VIDEO

EXCEPT 1601,1602,2627,3632 WERE CHIP COMPONENTS.

F021 C6

F025 E7

F026 E7
F027 F7

F012 B6
F013 B7
F014 B6

F066 C6

F024 C7

F024

3622

10R

F008

F001

3615

47K

47K

3616

+5TUN

1u

2606

4K7

3625

3626

1K

0R82

3632

F013

F022

F026

47K

3606

100n

+5T

F004

2612

2613

1u

1u

2614

47K

3602

F003

1u

2604

3609

10K

F009

F021

220K

3628

1602-B

3

4

1X

1

1Y

3

1Z

11

A

10

B

9

C

8

GND

6

INH

16

VCC

7

VEE

14

X-COM

15

Y-COM

4

Z-COM

TC74L VX4053FT

7601

12

0X

2

0Y

5

0Z

13

F017

3611

10K

2607

1u

10u

2611

+5T

F002

+5T

2605

1u

3624

47R

F027

3603

47K

U6

U8

F025

2603

1u

1u

2602

U5

3630

220K

F020

F019

2608

10u

F012

F007

47K

3613

3614

47K

100n

2601

+5T

2624

330p

1u

2615

+5T

F016

F066

U9

10K

3601

1602-C

5

6

3623

100R

F010

2621

22p

3605

47K

10K

3612

6

7

8

9

+8V

330p

2622

2

20

21

22

23

24

25

26

27

28

29

3

30

4

5

1601

1

10

11

12

13

14

15

16

17

18

19

69415

F014

3621

4K7

F015

13

1Y

1

1Z

3

A

11

B

10

C

9

GND

8

INH

6

VCC

16

VEE

7

X-COM

14

Y-COM

15

Z-COM

4

7602

TC74L VX4053FT

0X

12

0Y

2

0Z

5

1X

F005

3607

47K

F01 1

1602-A

1

2

3629

100R

2616

1u

F023

F006

7603

BC848C

100R

3627

2623

330p330p

2625

+5T

47K

3604

16

1000u

2627

F018

SC-CVI-SW

SYNC-SC-CVI

SYNC-SC-CVI

SC-CVI-SW

AV-CVBS

FBL-SC

ST -SC

AV-CVBSAV-CVBS-RCA

AV-CVBS-SC

Y

I2S-DA-IN2

I2S-DA-OUT

AV-CVBS-SC

SCL-TV1

Y-SVHS

PC-AUDIO-R

D4-DET

Y

G-SC

Pr

R-SC

G-Y

B-Pb

R-Pr

Pb

B-SC

SC-CVI-SW

PC-AUDIO-L

TUN-CVBS

R-Pr

MSP-INT

PVR-OUT -R

PVR-OUT -L

MM-CVBS

MSP-OUT -L

B-PbG-Y

C-SVHS

I2S-DA-CLK

I2S-DA-IN1

MSP-OUT -R

SDA-TV1

BDL4211. . . 75

TV Box(TV) CVI/S-V ideo Diagram

NOT USED

3641 NOT USED 21221 1805631

I004 B2
I005 B3
I006 C3
I007 D3
I008 D3

PB: 58451

SB: 58441 x2

TV -BOX PCB

I009 E3
I044 A2
I045 F3

3645

3650

21221 1805631
0R

0R

5643 B7
5644 B7
5645 B2
5646 B3
5647 D2

6643 NOT USED

NOT USED

NOT USED

5648 D3
5649 D2
6642 B6
6643 B6
F028 A1
F029 B6
F030 B1
F031 B5
F032 B1
F033 B6
F034 C1
F035 D1
F036 D1
F037 E1
F038 F1
I001 A3
I002 A7

I003 A3

3654 E3
3655 E2
3656 F3
3657 F2
3658 F3

21221 1805631
0R

640 ~ 679

NOT USED

3661 B7
3662 B7
3663 B7
3664 C7
5641 A2
5642 A3

2663 F2
2664 F3
2671 B6
2672 B7
2673 C6

6642

3651

NOT USED

0R

21221 1805631NOT USED

2674 C7
3641 A4
3642 A3
3643 A2
3644 B3
3645 B4
3646 C3
3647 C2
3648 C3
3650 E4
3651 D4
3652 D3
3653 D3

1641-D A1
1642 A5
2641 A1
2642 A2
2643 A3

EXCEPT 1641,1642 WERE CHIP COMPONENTS.

2644 B1
2645 B2
2646 C1
2647 C2
2648 C3
2651 C1
2652 C2
2653 D1
2654 D2
2655 D3
2656 E2
2657 E3
2661 F2
2662 F3

REF .

12345678

12345678

A

B

C

D

E

F

A

B

C

D

E

F

1641-A E1
1641-B C1
1641-C B1

WE

120p

2647

WE VIDEO

NAFT A VIDEO

AP

NAFT A

CHINA

0R

3650

F032

+5ESD

5645

0u56

3656

27K

I006

18R

3653

I004

F035

2672

22p

F038

F037

3661

18R

F031

I044

68p

2641

3641

0R

75R

3652

2663

330p

1K

3647

I045

F030

3644

27K

6643

BAV99L T1

5649

0u1

0u1

5643

330p

2661

I002

0u56

5648

I009

I003

I005

I001

I007

3663

18R

I008

100p

5644

0u1

2673

330p

2645

2644

330p

1641-B

69057

10

3

4

75R

0u56

5646

68p

2643

3646

5641

0u56

2662

330p

27K

3658

3655

1K

0u56

5642

3642

75R

68p

2655

2657

22p

F028

56R

3654

120p

2654

120p

2671

100p

2642

F036

3662

56R

1642

1

24

35

68

+5ESD

69015

2646

68p

2674

22p

1K

3657

F034

27K

330p

2652

3643

1K

3648

F029

F033

5

6

2651

330p

3645

0R

69057

1641-C

11

1641-A

69057

9

1

2

5647

0u56

2648

68p

BAV99L T1

6642

56R

3664

3651

0R

68p

2653

2656

100p

12

7

8

330p

2664

Pb

B-Pb

AV-CVBS-RCA

AV-CVBS

1641-D

69057

CVI-AUD-L

CVI-AUD-R

Y

G-Y

Pr

R-Pr

C-SVHS

Y-SVHS

S-AUD-R

S-AUD-L

BDL4211. . . 76

TV Box(TV) Audio Decoder Diagram

MONO

SCAR T 1

FM1
FM2
NICAM A
NICAM B

IDENT

SCAR T- L

SCAR T- R

S1 4 I2SL/R I2SL/R

LOUDSPEAKER R

HEADPHONE R

SCAR T- R

DSP

D/A

A/D

SCAR T Switching Facilities

DEMODULA TOR

IDENT

ADR interface

I2S interface

HEADPHONE

SCAR T 1

SCAR T 2

NC

LOUDSPEAKER

LOUDSPEAKER L

HEADPHONE L

SCAR T- L

D/A

D/A

D/A

D/A

D/A

A/D

SCAR T 2

SCAR T 3

SCAR T 4

3921 B6
3930 A4
3931 A4
3933 A4
3934 A4
3942 A4

5912 E3
5915 A7
6911 B6
7901 B2
I014 A4

3943 A4

I027 C2
I028 C2
I029 C2

I024 B2
I025 C6
I026 C2

21221 1805631

I019 B6

I018 B6

I017 B4

msp3410G msp3440G

901 ~ 935

2909 D2

3412

2913 C6

2911 C2

I038 D7
I039 D5
I040 D5

3917 D6
3918 B7
3919 B7

I016 A4

2934 C6

2914 D2
2915 D2
2916 C7
2917 B5
2918 B6
2919 C6

2903 C2
2904 C2

I041 E5
I042 E5

3916 D6

2924 C6
2925 E4
2926 E5
2927 E5

I020 B2

I015 A5

I021 B2
I022 B5
I023 B5

7901

2923 E4

2931 D6
2932 D6
2933 C6

I030 C2

3911 B2
3912 B1
3913 B1
3914 D6
3915 E6

I031 C2
I032 D5
I033 D2

2928 A5
2929 A5

1

C

D

E

A

654

32

B

3942

21221 1805631
0R

3943

I037 D2

I036 D7

I035 D6

I034 D2

Ref Des Reserved

2905 D2
2906 B2
2907 D6
2908 E6

TV -BOX PCB

SB: 58441 x2

PB: 58451

2920 C5
2921 E3
2922 E4

765

C

D

E

U15 C2
1901 E5
2901 C2
2902 C2

7

A

B

2911

47p

WE, AP,

CHINA

WE VIDEO

NAFT A VIDEO

NAFT A

REF .

0R

3917

I028

3919

100R

100R

3918

I034

1u

2909

0u1

100R

2922

470p

5912

2903

1u

15p

2927

10u

1n

2913

2934

I019

I035

100R

3915

I032

10u

2921

1u

2914

I023

I030

I025

I024

0R3930

I015

I039

3916

100R

I018

100n

2923

10u

2919

100n

2920

0R

I017

0R

3943

3942

2915

1u

I027

VREF127VREF2

19

VREFT OP

46

XT AL_IN

54

XT AL_OUT

55

I033

RESETQ

16

44

SC1_IN_L

SC1_IN_R

45

SC1_OUT_L

29

SC1_OUT_R

28

SC2_IN_L

41

SC2_IN_R

42

SC2_OUT_L

26

SC2_OUT_R

25

SC3_IN_L

38

SC3_IN_R

39

SC4_IN_L

35

36

SC4_IN_R

ST ANDBTQ

63

TESTEN

53

TP

56

1

I2C_DA

2

I2S_CL

3

I2S_DA_IN1

6

I2S_DA_IN2

12

I2S_DA_OUT

5

I2S_WS

4

MONO_IN

47

NC013NC114NC215NC3

22

NC424NC558NC659NC7

64

37

AUD_CL_OUT

57

AVSS

48

AVSUP

49

CAPL_A

30

CAPL_M

32

DACA_L

18

DACA_R

17

DACM_L

21

DACM_R

20

DACM_SUB

23

11

DVSS

DVSUP

10

D_CTR_IO_0

61

D_CTR_IO_1

60

I2C_CL

ADR_CL

9

ADR_DA

7

ADR_SEL

62

ADR_WS

8

AGNDC

34

AHVSS

33

31

AHVSUP

ANA_IN-

51

ANA_IN1+

50

ANA_IN2+

52

ASG0

43

40

ASG1

ASG2

100n

2925

MSP3410G-QI-B8V3

7901

2928

1u

2901

18M432HZ

1901

100n

3934

0R

2924

10u

0R3931

2932

1u

I021

I014

1u

2902

I026

220n

2917

I031

1u

2904

I038

I036

10u

2918

2905

1u

27K

3921

+5T

15p

2929

10u

I041

2926

I042

2931

1u

I016

100R

3911

3913

0R

I022

2906

15p

+8V

I029

100R

0R3933

1u

2908

3914

10u

1u

2907

U15

I040

2933

I020

I037

3912

100R

6911

2916

1n

S-AUD-L

SC-AUD-R

5915

0u1

BAS32L

PC-AUDIO-R

SC-AUD-L

2ND-IF

SDA-TV1

SCL-TV1

PVR-OUT -R

PVR-OUT -L

I2S-DA-CLK

I2S-DA-IN2

I2S-DA-OUT

I2S-DA-IN1

CVI-AUD-R

CVI-AUD-L

S-AUD-R

SC-OUT -L

SC-OUT -R

MSP-OUT -L

MSP-OUT -R

MSP-INT

PC-AUDIO-L

BDL4211. . . 77

BDL4211. . . 78

I043 B9

1531 A5
2531 A2
2532 B2
2533 C2
2534 D2
2535 E2

2546 D8
2547 E8
2551 B9
3531 A3
3532 A2
3533 B3

6533 E3
6534 E6

F052 A6
F053 A4
F054 A5
F055 A6
F056 B4
F057 B6

234

F058 B5
F059 B4
F060 B5
F061 C4
F062 C5
F063 C5

U1 C3
U2 C2

FOR WE, WE VIDEO, NAFT A VIDEO ONL Y

NI FOR NAFT A, AP , CHINA

F064 C5
F065 D5

2536 F2
2541 A6
2542 A7
2543 B7
2544 B8
2545 C8

9

12

3534 B2
3535 C3

531 ~ 569

6536 B9
6537 B9
7531 F2
F051 A4

789

A

B

C

1

D

E

F

TV -BOX PCB

SB: 58441 x2

U10 E6
U11 F1
U13 A2
U14 D2

3541 E3
3542 E2
3543 E1
3544 E2
3545 F1
3546 F3

5678

3555 C7
3556 C7
3557 D7

D

E

F

A

B

C

3558 D7

PB: 58451

EXCEPT 1531 WERE CHIP COMPONENTS.

3559 E7
3561 E7
5531 C4
5532 D4
5533 E4
5534 F4
5535 E6
6531 C3
6532 D3

3536 C2
3537 D3
3538 D2

3547 F1
3548 F2
3551 A6
3552 A7
3553 B7
3554 B8

3456

330p

2542

1K

3551

47R

3546

6532

BAV99

22p

2535

U13

0u1

5532

U11

U10

3542

56R

3554

27K

22p

2533

5533

0u1

2534

22p

BAV99

6531

U14

5531

0u1

18R

3559

21

3

4

5

6

7

8

9

150R

3531

1

10

11

12

13

14

15

16

17

18

19

2

20

1531

HC021SINPS

330p

2543

3537

56R

3538

+5ESD

2545

330p

18R

+5ESD

6K8

3556

F065

2547

22p

F064

220K

3532

F052

+5T +5ESD

F051

2541

330p

F062

+5ESD

3534

220K

1K

3557

F063

U1U2

0u1

5534

+5ESD

3547

4K7

I043

BAV99

6533

3535

18R

F060

F061

+5ESD

3541

18R

100R

3545

F054

F055

56R

3561

56R

2544

330p

3536

3553

1K

F053

5535

0u1

2536

22p

1K

3548

6536

BAS32L

22p

2546

6537

BZX84-C4V7

2532

330p

10u

2551

3533

150R

27K

3555

+5ESD

F058

F059

BAV99

6534

1K

3558

330p

2531

F056

F057

4K7

3543

7531

BC848C

10R

3544

SC-AUD-L

ST -SC

FBL-SC

AV-CVBS-SC

1K

3552

SC-OUT -R

SC-OUT -L

B-SC

G-SC

R-SC

MM-CVBS

SC-AUD-R

BDL4211. . . 79

BDL4211. . . 80

BDL4211. . . 81

BDL4211. . . 82

Power Board Diagram

BDL4211. . . 83

TV B ox(T V ) P CB C .B .A .

BDL4211. . . 84

BDL4211. . . 85

+5V

GND

V2
BAV99

1
2
3
4
5
6

X1

B6B-PH-K-S

1
2
3
4
5
6
7
8

X2

B8B-PH-K-S

1
2
3
4

X3

B4B-XH-AM

1
2
3
4

X6

B4B-PH-K-S

1
2
3

X4

B3B-XH-AM

1
2
3
4
5

X7

B5B-PH-K-S

1
2

X8

B2B-PH-K-S

1
2

X9

B2B-PH-K-S

BL-ON
FAN on
+24V_Sense

GND

+12V

LED_G
LED_R

IR_36

ABC_in

+5V

GND

T1_out

R1_in

GND

GND

GEB_T1_in
GEB_R1_out

GND

temp

GND

+5V

LED_R-GEB
LED_G-GEB

GND

K1

A1

K2

A2

Power Supply board

Control board

Conn. RS232

GEB

IC

Sense temp

LED GEB

BL OK1

BL OK2

C1-

3

C2+

4

C1+

1

V+

2

V-

6

C2-

5

R2in

8

T2out

7

T1in

11

R1out

12

R2out

9

T2in

10

T1out

14

R1in

13

Vcc

16

GND

15

U1

MAX232

C1
100nF

A

1

AK

3

K

2

V1
BAV99

C2
100nF

T1_in
R1_out

R1_in

T1_out

+C14

10uF
16V

GND

+C15

10uF
16V

L2

BLM41A151SPT

L1

BLM41A151SPT

3Y1

3

3Z

4

2Y1

1

2Y0

2

E

6

3Y0

5

GND

8

Vee

7

S1

11

1Y0

12

S3

9

S2

10

1Z

14

1Y1

13

Vcc

16

2Z

15

U4

74HC4053

P1.13P1.2

4

Vss1

1

P1.0

2

P1.46P1.3

5

P1.6

8

P1.5

7

P3.2

14

P3.1

13

P3.4

16

P3.3

15

P3.0

11

RESERVED

12

RESET

10

P1.7

9

P3.5

17

P0.241P0.142P0.3

40

Vcc

44

P0.0

43

P2.6

30

P2.5

29

P0.7

36

EA/Vpp

35

P0.5

38

P0.6

37

ALE/P ROG

33

RESERVED

34

PSEN

32

P2.7

31

P0.4

39

P2.125P2.2

26

RESERVED23P2.0

24

P2.428P2.3

27

P3.719XTAL220P3.6

18

Vss22XTAL1

21

U6

S87C51

R9

4.7K

+5V

R2

4.7K

+5V

R3

4.7K

+5V

Q2
BC847C

R28

240

Q3
BC847C

R29

470

LED_R

LED_G

R15

4.7K

+5V

R16

4.7K

+5V

SCL

SDA

R18

4.7K

+5V

R5

4.7K

+5V

GND

Q9

BC847C

R50 10K

LED_G-GEB

R17

4.7K

+5V

GND

Q8

BC847C

R49 10K

LED_R-GEB

1

+

3

-

2

4 8

U7A
LM393

7

+

5

-

6

U7B
LM393

+5V

C5

100nF

GND

GND

R40 100K R22 47K

+5V

R21
47K

GND

R10
100K

+5V

R12
100K

+5V

K1

K2

Y1

11.0592

C24
22pF

C25
22pF

GND GND

GND1RESET

2

Vcc

3

U5

MAX810

+5V

GND

R8

4.7K

+5V

+5V

C3
100nF

GND

R6

4.7K

+5V

R7

4.7K

+5V

TXD

RXD

Q4
BC847C

D1

BAS19

GND

C23
470nF

25V
X7R

R53
12K

R41
100K

+5V

T1_in
GEB_T1_in

GEB_R1_out
R1_out

R46 0 Ohm

R47 0 Ohm

GND

A1

A2

Remote

RST

A2

3

Vss

4

A0

1

A1

2

SCL

6

SDA

5

Vcc

8

TEST

7

U8

X24C16

+5V

C7
100nF

GND

R33 100

R34 100

GND

ABC_in

temp

SCL

SDA

BL-Adj

I/O INTERFACE BOARD

Vin

I

Vout

O

GND

G

U3

LM340

+12V

R39

4.7

+

C22

100uF

GND

+

C18
10uF

16V

GNDGND

+5V

R1_in

L4
10uH
LQH32CN100K23
(Murata)

+5V

C4
100nF

GND

+

C19

10uF

16V

GND

GND

FAN-Sense

C8
100nF

GND

DZ1
5V1

GND

R56 1K

FAN-Sense

+24V_Sense

AUX

Keyboar d

Remote

GND

BL-ON +5V

C9
100nF

GND

DZ2
5V1

GND

R57 1K

IR_36

Keyboar d

+5V

R14

4.7K

C6
100nF

GND

R48 10K

+

C16

10uF
16V

+

C13
10uF
16V

GND

L3
10uH

LQH32CN100K23

(Murata)

+

C17
10uF

16V

3Y1

3

3Z

4

2Y1

1

2Y0

2

E

6

3Y0

5

GND

8

Vee

7

S1

11

1Y0

12

S3

9

S2

10

1Z

14

1Y1

13

Vcc

16

2Z

15

U2

74HC4053

GND

RX
TX

VIDEO_RX

VIDEO_TX

IR_36

KEYBOARD_EN

KEYBOARD_EN

REMOTE_EN

REMOTE_EN

AUX

VIDEO_RX
VIDEO_TX

IR_36

+5V

+5V

R65

4.7K

+5V

R66

4.7K

+5V

Video En

1
2
3
4
5

X5

B5B-XH-AM

Stand by ON
Key
R Key

BL-Adj

Stand by ON
Key
R Key

R67

4.7K

R68

4.7K

R69

10K

GND

+5V

Q10
BC847C

FAN on

Stand by ON

+5V

R70

100

R71

4.7K

+5V

U6-15

U6-15

1
2
3
4
5
6
7
8
9

10

X10

B10B-PH-K-S

R1

4.7K

+5V

S1

NM4001

GND

TP1

TP4

TP5

TP6

TP7

TP8

TP9

TP10

TP11

TP12

TP13

TP14

TP15

TP16

TP17

TP18

TP19

TP21

TP20

TP22

TP23

TP24

TP25

TP26

TP27

TP28

TP29

TP30

TP33

TP34

TP35

TP36

TP37

TP38

TP39

TP40 TP41

TP42

TP48

TP49

TP50

TP55

TP57

TP58

TP59

TP60

TP61

TP62

TP63

TP64

TP65

TP66

TP67

TP71

TP72

TP73

TP75

TP76

TP77

TP78

TP79

TP80

TP81

TP83

TP82

TP84

TP85

TP86

TP87

TP88

TP89

TP90

TP91

TP92

TP93

TP94

TP95

TP2

BDL4211. . . 86

I/O INTERFACE BOARD

AIN2

3

AIN3

4

AIN0

1

AIN1

2

A1

6

A0

5

Vss

8

A2

7

OSC

11

EXT

12

SDA

9

SCL

10

Vref

14

AGND

13

Vdd

16

AOUT

15

U9

PCF8591

R35 100

R42
100K

R36 100

R44
100K

R43
100K

R45
100K

R37 100

R38 100

C27
47pF

C28
47pF

7

+

5

-

6

U10B
LM358A

1

+

3

-

2

4 8

U10A
LM358A

+5V

C12

100nF

GND

R59 22K

R58 220

R27
47K

GND

C29

10pF

R61

1K

R60
1K

GND

+5V

C10
100nF

+C20

10uF
16V

C11
100nF

GND

+C21

10uF
16V

GND

R24
22K

R26
47K

GNDGND

GND

GND

R62
10

ABC_in

temp

SCL

SDA

BL-Adj

ABC_in

temp

SDA

SCL

BL-Adj

R25
47K

L5
10uH
LQH32CN100K23
(Murata)

AUX

D2

TL431

TP31

TP32

TP43

TP44

TP45

TP46

TP47

TP51

TP52

TP53

TP54

TP56

TP68

TP69

TP70

BDL4211. . . 87

1
2
3
4
5
6
7
8

X1

S8B-PH-K-S

+5V

D1
TLUV 5300

GREEN
RED

R7

10

+

C2

47uF

C3

1nF

R9

220K

+ -

D2

BPW21R

GND

R2
1K

GND

R6
10

+5V

GND

R5

10

3

2

1

84

U1A

LM358A

GND

5

6

7

84

U1B
LM358A

R4
1K

R3

1K

GND

OUT

1

GND

2

VS

3

U2
TSOP41

GND

R1
10

+5V

+

C1

47uF

GND

C4

100nF

GND

CONTROL BOARD

BDL4211. . . 88

BDL4211. . . 89

AUXILIARY POWER SUPPLY BOARD

1
2
3
4
5
6

X9

B6B-PH-K

To I/O Board

1
2
3
4
5
6
7
8

9
10
11
12

X5

B12B-PH-K

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

X6

B12B-PH-K

+12V

GND1

GND2

V10
BZX79B20 N.M.

+24Vsense

+24Vsense

V2

MTD3055VL

1
2
3

X10

B3B-PH-K

1
2
3

X11

B3B-PH-K

V1

BAV19

+12V

GND1

V3

1N4148

R1

2.7KR22.7K

+12V

R4

2.2K

GND1

FAN_DETECT

FAN_DETECT

1

2

3

4

5

6

7

8

9

10

X1

B10B-PH-K
to video

+3.3V

+C2

22uF
35V

C4
100nF
100VDIS1

DIS_6021PB

IN

I

OUT

O

GND

G

U1
LM340T-12

GND1GND1GND1

+C1

22uF
35V

C3
100nF
100V

GND1GND1

+16V+12V

1
2

X13

B2B-PH-K

GND1

SLAVE VERSION

R14

100

1
2
3
4
5
6
7
8
9

X2

B9B-PH-K

+16V

to SMPS

GND1

+3.3V

R15
1K

GND1

GND1

1
2
3
4
5
6
7
8

X4

B8B-PH-K

1
2
3
4
5
6
7
8

X3

B8B-PH-K

+24V-2+24V-1

BR.ADJ

BR.ADJ

R13
1K

V4

1N4148

V6

1N4148

V7

1N4148

R12
1K

R8
1K

V11
BC547

V12

BC547

R7

1K

R9

1K

R5
1K N.M.

R6
1K

R10
1K

R11
1K

GND1 GND1 GND1 GND1 GND1

+24Vsense

+12V+24V-2 +24V-1

V8

BZX79B20

V9

BZX79B20

BDL4211. . . 90

BDL4211. . . 91

1

2

X1

S 2B-PH-SM3-TB

LAMP SENSOR BOARD

Q1

PHOTO NPN

BDL4211. . . 92

Temperature sensor

R201

100

5% 0.1W

GND

3

VOUT

2

+VS

1

U201
LM45C

C201
100nF C202

100nF

GND1

GND1

+5V1

GND1

1

1

2

2

3

3

X201

B3B-XH-A

NP

Exploded View

BACK COVER ASSY

AUDIO PCB

PCA MAIN ASSY

1069

PCA I/O ASSY

PCA AUX POWER SUPPLY

AC/DC POWER BOARD

CONTROL BOARD ASSY

I/F/ CABLE

TV BOX PCB ASSY

TFT -LCD LC420W02-A4

FRONT FRAME ASSY

BDL4211. . . 93