Thomson 42wm03st1 schematic

SERVICE MANUAL
DOCUMENTATION TECHNIQUE
TECHNISCHE DOKUMENTATION
DOCUMENTAZIONE TECNICA
DOCUMENTACION TECNICA

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WARNING : Before servicing this chassis please read the safety recommendations.

ATTENTION : Avant toute intervention sur ce châssis, lire les recommandations de sécurité.

ACHTUNG : Vor jedem Eingriff auf diesem Chassis, die Sicherheitsvorschriften lesen.

ATTENZIONE : Prima di intervenire sullo chassis, leggere le norme di sicurezza.

IMPORTANTE : Antes de cualquier intervención, leer las recomendaciones de seguridad.

- 1004

42WM03ST
42WM04ST

TV

Plasma

Indicates critical safety components, and identical components should be used for replacement. Only then can the

operational safety be garanteed.
Le remplacement des éléments de sécurité (repérés avec le symbole ) par des composants non homologués selon la

Norme CEI 65 entraine la non-conformité de l'appareil. Dans ce cas, la responsabilité du fabricant n'est plus engagée.
Wenn Sicherheitsteile (mit dem Symbol gekennzeichnet) nicht durch Original - Ersatzteile ersetzt werden, erlischt die

Haftung des Herstellers.
La sostituzione dei componenti di sicurezza (evidenziati con il segno ) con componenti non omologati secondo la

norma CEI 65 comporta la non conformitá dell'apparecchio. In tal caso è "esclusa la responsabilità " del costruttore.
La sustitución de elementos de seguridad (marcados con el simbolo ) por componentes no homologados segun la

norma CEI 65, provoca la no conformidad del aparato. En ese caso, el fabricante cesa de ser responsable.

MEASUREMENT CONDITIONS - CONDITIONS DE MESURES - MESSBEDINGUNGEN

CONDIZIONI DI MISURA - CONDICIONES DE MEDIDAS

RICEVITORE :

In UHF, livello d'entrata 1 mV, monoscopio barre :

- PAL, norma G. bianco 100%.
Via SCART, livello d'entrata 1 Vpp, monoscopio barre :
Colore, Contrasto, Luminositá media, Suono minimo.

Programma selezionato PR 01.
Tensioni continue rilevate rispetto alla massa con un voltmetro digitale.

RECEIVER :
On UHF,input level : 1 mV, bar test pattern :

- PAL, I standard, 100% white.
Via the scart socket, input level : 1 Vpp, bar test pattern :
Colour, contrast and brightness at mid-position, sound at minimum.

Programme selected : PR 01.
DC voltages measured between the point and earth using a digital

voltmeter.

EMPFÄNGER :
Bei UHF Eingangspegel 1 mV, Farbbalken :

- PAL, Norm G, Weiss 100%.
Über die Scartbuchse : Eingangspegel 1 Vss, Farbbalken :
Farbe, Kontrast, Helligkeit in der Mitte des Bereichs, Ton auf Minimum.

Zugeordnetes Programm PR 01.
Gleichspannungen mit einem digitalen Voltmeter zur Masse gemessen.

RECEPTEUR :
En UHF, niveau d'entrée 1 mV mire de barres

- SECAM, Norm L, Blanc 100%.
Par la prise Péritélévision, niveau d'entrée 1 Vcc, mire de barres .
Couleur, contraste, lumière à mi-course, son minimum.

Programme affecté PR 01.
Tensions continues relevées par rapport à la masse avec un

voltmètre numérique.

RECEPTOR :
En UHF, nivel de entrada 1 mV, mira de barras :

- PAL, norma G, blanco 100%.
Por la toma Peritelevision, nivel de entrada 1 Vpp mira de barra.
Color, Contraste, luz a mitad de carrera, Sonido minimo.

Programa afectado PR 01.
Tensiones continuas marcadas en relacion a la masa con un voltimetro digital.

Do not disconnect modules when they are energized!
Repairs on power supply section are to be carried out only with isolating transformer.

Ne pas retirer les modules lorsqu' ils sont sous tension. N'effectuer les travaux de maintenance sur la partie reliée
au secteur (Switch Mode) qu'au travers d'un transformateur d'isolement.

Module nicht bei eingeschaltetem Gerät entfernen!
Servicearbeiten am Netzteil nur unter Verwendung eines Regeltrenntrafos durchführen.

Non scollegare le piastre quando sono alimentate!
Per le riparazioni sulla sezione alimentatore, utilizzare un trasformatore isolatore.

No desconectar los módulos cuando están activados. Las reparaciones en la sección de alimentación de energía
deben ser ejecutadas solamente con un transformador de separación.

First issue 10 / 04 3

Page

SAFETY PRECAUTIONS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4

DISASSEMBLY

Removing the leg tube assembly . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .6

Removing the rear cover . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7

Removing the filter . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8

TROUBLESHOOTING

No power . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .10

No picture . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11

Vertical line fail . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12

Horizontal line fail . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13

No command . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 14

ADJUSTMENTS

Power (PLG-421) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 15

Power (DGK-420W) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16

Color temperature in DVI mode . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .16

Color temperature in RGB mode . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 18

SPECIFICATIONS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 20

APPENDIX A . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .24

WIRING DIAGRAM . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .26

BLOCK DIAGRAM . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .27

SCHEMATIC DIAGRAMS

Tuner . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 28 - 32

Main . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 33 - 51

SPECIAL MODE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 52 - 53

EXPLODED VIEW . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 54

CONTENTS

4 First issue 10 /04

IMPORTANT SAFETY PRECAUTIONS

1. Before returning an instrument to the customer, always make a safety check of the entire instrument, including the
following items, but not limited to them.

a. Be sure that no built-in protective devices are defective and/or have been defeated during servicing. (1) Protective

shields are provided on this chassis to protect both the technician and the customer. Correctly replace all missing
protective shields, including any removed for servicing convenience. (2) When reinstalling the chassis and/or other
assembly in the cabinet, be sure to put back in place all protective devices, including, but not limited to, non-metallic
control knobs, insulating fishpapers, adjustment and compartment covers/shields, and isolation resistor/capacitor
networks. Do not operate this instrument or permit it to be operated without all protective devices correctly

installed and functioning.

b. Be sure that there are no cabinet openings through which an adult or child might be able to insert their fingers and

contact a hazardous voltage. Such opening include, but are not limited to (1) spacing between the picture tube and
the cabinet mask, (2) excessively wide cabinet ventilation slots, and (3) an improperly fitted and/or incorrectly
secured cabinet back cover.

c. Leakage Current Hot Check: With the instrument completely reassembled, plug the AC line cord directly into a 230V

AC outlet. (Do not use an isolation transformer during this test.) Use a leakage current tester or a metering system.
With the instrument AC, first switch ON and then OFF. Measure from a known earth ground (metal waterpipe,
conduit, etc.) to all exposed metal parts of the instrument (antennas, handle bracket, metal cabinet, screwheads,
metallic overlays, control shafts, etc.), especially any exposed metal parts that offer an electrical return path to the
chassis. Any current measured must not exceed 3.5 mA. Reverse the instrument power cord plug in the outlet and
repeat test. ANY MEASUREMENTS NOT WITHIN THE LIMITS SPECIFIED HEREIN INDICATE A POTENTIAL

SHOCK HAZARD THAT MUST BE ELIMINATED BEFORE RETURNING THE INSTRUMENT TO THE
CUSTOMER.

2. Read and comply with all caution and safety-related notes on or inside the Monitor cabinet, on the Projection Monitor

chassis or on the picture tube.

+-

Test all exposed
metal surfaces

3. Wire cord

Also test with
plug reversed
(using AC adapter
plug as required)

Device

under

test

Earth ground

Leakage

current

tester

AC Leakage test

(Reading

should not

be above

3.5 mA)

First issue 10 / 04 5

3. Design Alteration Warning: Do not alter or add to the mechanical or electrical design of this unit. Design alterations and
additions, including, but not limited to, circuit modifications and the addition of the items such as auxiliary audio and/or
video output connections might alter the safety characteristics of this Projection Monitor and create a hazard to the user.
Any design alterations or additions will void the manufacturer's warranty and will make you, the service, responsible for
personal injury or property damage resulting therefrom.

4. Hot Chassis Warning:

a. Some Monitor chassis are electrically connected directly to one conductor of the AC power cord and may be safely

serviced without an isolation transformer only if the AC power plug is inserted so that the chassis is connected to the
ground side of the AC power source. To confirm that the AC power plug is inserted correctly, with an AC voltmeter
measure between the chassis and a known earth ground. If a voltage reading in excess of 1.0V is obtained, remove
and reinsert the AC power plug in opposite polarity and again measure the voltage potential between the chassis
and a known earth ground.

b. Some Monitor chassis normally have 85V AC (RMS.), between chassis and earth ground regardless of the AC plug

polarity. These chassis can be safely serviced only with an isolation transformer inserted in the power line between
the receiver and the AC power source, for both personnel and test equipment protection.

c. Some Projection Monitor chassis have a secondary ground system in addition to the main chassis ground. This

secondary ground system is not isolated from the AC power line. Insulating material that must not be defeated or
altered electrically separates the two ground systems.

5. Observe original lead dress. Take extra care to assure correct lead dress in the following areas:

a. near sharp edges,
b. near thermally hot parts (be sure that leads and components do not touch thermally hot parts),
c. the AC supply,
d. high voltage,
e. antenna wiring. Always inspect in all areas for pinched, out-of-place, or frayed wiring. Do not change spacing

between components and between components and the printed-circuit board. Check AC powers cord for damage.

6. Components, parts, and/or wiring that appear to have overheated or are otherwise damaged should be replaced with
components, parts, or wiring that meet original specifications. Additionally, determine the cause of overheating and/or
damage and, if necessary, take corrective action to remove any potential safety hazard.

7. PRODUCT SAFETY NOTICE: Many Monitor electrical and mechanical parts have special safety-related characteristics
some of which are often not evident from visual inspection, nor can the protection they give necessarily be obtained by
replacing them with components rated for higher voltage, wattage, etc. Parts that have special safety characteristics are
identified in this service data by shading with a mark on schematics. Use of a substitute replacement part that does not
have the same safety characteristics as the recommended replacement part in this service data parts list might create
shock, fire, and/or other hazards.

1. Removing the Leg Tube Assembly

Unscrew 4 screws from "Leg Tube Assembly." (Specification of screw driver is 15± 2kg), see fig.1

Push the "Leg Tube Assembly." downward to unlock and pull it away from unit, then unscrew 4 screws from rear cover.
(Specification of screw -driver is 15± 2 kg),

6 First issue 10 /04

Fig. 1

Fig. 2

HOW TO EXCHANGE THE MASK & PANEL PROCEDURE

First issue 10 / 04 7

2. Removing the rear cover

Unscrew 12 screws from rear cover, see red arrow (Specification of screw driver is 15± 2 kg)
Unscrew 8 screws from rear cover, and unscrew 2 screws from AC power socket, see red arrow (Specification of screw driver
is 9± 1 kg)
Unscrew 4 screws from rear cover, see red circle (Specification of screw driver is 15± 2 kg)

3. Removing the screws from panel:

Unscrew 20 pieces of screw from panel site (Specification of screw driver is 15± 2 kg)

10 screws

12 screws

4 screws

Fig. 3

20 screws

Fig. 4

8 First issue 10 /04

4. Removing the Mask and the J5 cable from PCB

5. Removing the filter

Unscrew 10 screws from mask (Specification of screw driver is 15± 2 kg), then remove four angles that hold the PDP filter. (Be
careful: Please do not bump or scrape when handling the PDP filter.)
Before putting panel back clean PDP filter make sure it's free from dust.

Unscrew 3 screws and remove control board

3 screws

Fig. 6

Fig. 7

J5

Fig. 5

First issue 10 / 04 9

Remove the Control buttons from old Mask and reinstall them on the new Mask.

Please to aim at red arrow to guide and there is have a channel when you put down glass back to new mask

Assemble 4 irons back to mask. Be careful: When you lock up 4 irons that screws should be to lock up on "SL&G" point.

6. Proceed in reverse order to re-assemble

Control buttons

Fig. 8

Fig. 9

Top side

Top bottom

Fig. 10

10 First issue 10 /04

TROUBLESHOOTING

No power

Switch the

power on

Check "Power Switch" module

Not correct

Correct

Replace

"Power Switch"

module

Replace

"Main Power"

module

End

End

First issue 10 / 04 11

No picture

Check Image board

Not correct

Correct

Replace

Image board

Replace

PDP module

End

End

12 First issue 10 /04

Vertical line fail

Check XR Board

Check Logic Board

Not correct

Correct

Not correct

Correct

Replace

XR

Board

Replace

Logic
Board

Replace

PDP module

End

End

End

First issue 10 / 04 13

Horizontal line fail

Check Y-SUS Board

Check Y DRV-Top

Not correct

Correct

Not correct

Correct

Replace

Y-SUS

Board

Replace

Y DRV-Top

Replace

PDP module

End

Check Z-SUS Board

Not correct

Correct

Replace

Z-SUS

Board

End

End

Check Y DRV-Bottom

Not correct

Correct

Replace Y

DRV-Bottom

End

End

14 First issue 10 /04

No command

Switch the

power on

Check remote control

Check Front Button

Control Board

Not correct

Correct

Not correct

Correct

Replace the
battery or the
remote control

Replace

Front Button

Control Board

Replace Image

Board

End

End

End

First issue 10 / 04 15

ADJUSTMENTS

PANEL voltage adjustment

1.1 Origin Power (PLG-421)

1. POWER ON

2. Signal Source: No (black screen).

3. Connect Digital Voltage Meter (-) to Panel GND. Connect Digital Voltage Meter (+) to Plug CN806 Pin#10 and adjust the VA
(Variable Resistor RV204) value to the VA value recorded on the Panel Voltage Label ±0.5VDC (VA ± 0.5VDC= value adjusted).

4. Connect Digital Voltage Meter (-) to Panel GND. Connect Digital Voltage Meter (+) to Plug CN806 Pin#1 and adjust the VS
(Variable Resistor RV203) value to the VS value recorded on the Panel Voltage Label ±0.5VDC (VS ± 0.5VDC= value adjusted).

Remark: The Panel Voltage Label is located at the upper- right corner of the panel.

CN806

RV203

RV204

16 First issue 10 /04

1.2 Dae Gil Power (DGK-420W)

1. POWER ON

2. Signal Source: No (black screen).

3. Connect Digital Voltage Meter (-) to Panel GND. Connect Digital Voltage Meter (+) to Plug CN806 Pin#10 and adjust the VA
(Variable Resistor) value to the VA value recorded on the Panel Voltage Label ± 0.5VDC (VA ± 0.5VDC= value adjusted).

4. Connect Digital Voltage Meter (-) to Panel GND. Connect Digital Voltage Meter (+) to Plug CN806 Pin#1 and adjust the VS
(Variable Resistor) value to the VS value recorded on the Panel Voltage Label ± 0.5VDC (VS ± 0.5VDC= value adjusted).

Remark: The Panel Voltage Label is located at the upper-right corner of the panel.

Color Temperature Adjustment

1.1 Color Temperature setting in DVI Mode

1. Turn on PDP set and warm up for over 30 minutes.

First issue 10 / 04 17

2. Turn on Color Analyzer CA-100 and reset CA-100.

3. Switch PDP input signal source to DVI mode.

4. Set up Video Pattern Generator (Astro, Model= VG-828H).
Timing set = 640 x 480 @ 60Hz;
Video = Panel Link (the DVI output mode)
Connect PDP DVI input connector with Astro to receive DVI signal.

5. Dark level and bright level center block definition:
A. Dark level center block definition:

[WINDOW]
Mode %
Format 1 Window
Flicker None
Size H/V 28.5/34.0 (%)
Analog R/G/B 25/25/25 (10 IRE white output pattern)

B. Bright level center block definition:

[WINDOW]
Mode %
Format 1 Window
Flicker None
Size H/V 28.5/34.0 (%)
Analog R/G/B 153/153/153 (60 IRE white output pattern)

6. There are 4 different modes (DVI / RGB / AV / YPBPR) color temperature setting; there are 3 different color temperatures

(7180K, 8680K and 10180K) in each mode. Each color temperature needs to adjust dark
level, bright level, and R, G, B.

The OSD menu for color temperature factory setting can be viewed by following the ”Factory Setting Procedure”.
Factory Setting Procedure:
A. Press (Zoom -) key for over 5 seconds and release.
B. Press (Zoom+) key for over 5 seconds and release.
C. Press ”ok” key.
D. Factory setting OSD menu shows up. The values shown up on the OSD menu are the factory default setting values.

The factory default setting values differ from each PDP panel module. The color temperature factory setting OSD menus
are as the following:

*Note: When adjusting the color temperature, please note

what is the input source and what input the PDP is, the input
source and the PDP input mode should be the same.

7. Put the color analyzer CA-100 in the center of the screen.

A. 7180K

DV I -CT : 718 0

K

[x : 3 0 8 y : 2 9 8]
GA IN B IAS
RG B RG B

xx xx xx xx xx xx

xx xx

B. 8680K

DV I -CT : 868 0

o

K

[x : 2 8 8 y : 3 0 1]
GA IN B IAS
RG B RG B

xx xx xx xx xx xx

xx xx

C. 10180K

DV I -CT :10180

o

K

[x : 2 7 0 y : 2 9 2]
GA IN B IAS
RG B RG B

xx xx xx xx xx xx

xx xx

(GAIN Gamma) (BIAS Gamma)

18 First issue 10 /04

1.2 Adjusting procedure

1. Receive Astro VG-828H DVI dark level center block signal (14 IRE), follow the ”Factory Setting Procedure” to go into
factory setting mode and you will see the 7180K color temperature setting OSD menu.

2. 7180K dark level center block adjustment procedure:
A. Press (Zoom -) or (Zoom+) key in remote control to select G-BIAS, and adjust Y=0.4 FL±0.1FL
B. Press(Zoom -) or (Zoom+) key in remote control to select R-BIAS, and adjust x=308±15FL
C. Press (Zoom -) or (Zoom+) key in remote control to select B-BIAS, and adjust y=298±15FL
D. Adjust R/G/B-BIAS, make sure the final value x=308±15FL, y=298±15FL, Y=0.4FL±0.1FL

3. 7180K bright level center block adjustment procedure:
(Please set Astro VG-828H DVI bright level center block signal to 60 IRE)
A. Press (Zoom -) or (Zoom+) key in remote control to select G-GAIN, and adjust Y=40±2FL
B. Press (Zoom -) or (Zoom+) key in remote control to select R-GAIN, and adjust x=308±15FL
C. Press (Zoom -) or (Zoom+) key in remote control to select B-GAIN, and adjust y=298±15F
D. Adjust R/G/B-GAIN, make sure the final value x=308±15FL, y=298±15FL, Y=40±2FL.
E. Press (Zoom+) key in remote control to select GAIN Gamma, and then press (Zoom -) or (Zoom+) key to adjust to Y=40
F. Press (Zoom+) key in remote control to select BIAS Gamma, and then press (Zoom -) or (Zoom+) key to adjust to Y=0.4

4. When you want to go ahead for next color temperature setting, double check the Gamma values, make sure GAIN
Gamma and BIAS Gamma values are correct, and then press the ”ok” key in remote control. For each color temperature
setting, please repeat the procedure (1)-(3). Only x and y value will change in different color temperature mode (in 8680K,
x=288, y=301; in 10180K, x=270, y=292) and Y values are all the same in each color temperature mode (dark level Y=0.4,
bright level Y=40).

2.1 Color Temperature setting in RGB Mode

1. Turn on Color Analyzer CA-100 and reset CA-100.

2. Switch PDP input signal source to RGB mode.

3. Set up Video Pattern Generator (Astro, Model= VG-828H).
Timing set = 640 x 480 @ 60Hz;
Video = Analog (the RGB output mode)
Connect PDP RGB input connector with Astro to receive RGB signal.

4. Dark level and bright level center block definition:
A. Dark level center block definition:

[WINDOW]
Mode %
Format 1 Window
Flicker None
Size H/V 28.5/34.0 (%)
Analog R/G/B 25/25/25 (10 IRE white output pattern)

B. Bright level center block definition:

[WINDOW]
Mode %
Format 1 Window
Flicker None
Size H/V 28.5/34.0 (%)
Analog R/G/B 153/153/153 (60 IRE white output pattern)

5. There are 4 different modes (DVI / RGB / AV / YPBPR) need color temperature setting; there are 3 different color
temperatures (7180K, 8680K and 10180K) in each mode. Each color temperature needs to adjust dark level, bright level,
and R, G, B. The OSD menu for color temperature factory setting can be viewed by following the ”Factory Setting Procedure”.

First issue 10 / 04 19

Factory Setting Procedure:
A. Press (Zoom -) key for over 5 seconds and release.
B. Press (Zoom+) key for over 5 seconds and release.
C. Press ”ok” key.
D. Factory setting OSD menu shows up.
The values showed up on the OSD menu are the factory default setting values. The factory default setting values differ from
each PDP panel module. The color temperature factory setting OSD menus are as the following:

*Note: GAIN Gamma and BIAS Gamma have no function
under RGB mode.
*Note: When adjusting the color temperature, please note
what is the input source and what input the PDP is, the
input source and the PDP input mode should be the same.

6. Put the color analyzer CA-100 in the center of the screen.

2.2 Adjusting procedure:

1. Receive Astro VG-828H RGB dark level center block signal (14 IRE), follow the ”Factory Setting Procedure” to go into
factory setting mode and you will see the 7180K color temperature setting OSD menu.

2. 7180K dark level center block adjustment procedure:
A. Press (Zoom -) or (Zoom+) key in remote control to select G-BIAS, and adjust Y=0.5 FL±0.1FL
B. Press (Zoom -) or (Zoom+) key in remote control to select R-BIAS, and adjust x=308±15FL
C. Press (Zoom -) or (Zoom+) key in remote control to select B-BIAS, and adjust y=298±15FL
D. Adjust R/G/B-BIAS, make sure the final value x=308±15FL, y=298±15FL, Y=0.5FL±0.1FL

3. 7180K bright level center block adjustment procedure:
(Please set Astro VG-828H RGB bright level center block signal to 60 IRE)
A. Press (Zoom -) or (Zoom+) key in remote control to select G-GAIN, and adjust Y=40±2FL
B. Press (Zoom -) or (Zoom+) key in remote control to select R-GAIN, and adjust x=308±15FL
C. Press (Zoom -) or (Zoom+) key in remote control to select B-GAIN, and adjust y=298±15F
D. Adjust R/G/B-GAIN, make sure the final value x=308±15FL, y=298±15FL, Y=40±2FL.

4. When you want to go ahead for next color temperature setting, double check the Gamma values, make sure GAIN Gamma
and BIAS Gamma values are correct, and then press the ”ok” key in remote control. For each color temperature setting,
please repeat the procedure (1)-(3). Only x and y value will change in different color temperature mode (in 8680K, x=288,
y=301; in 10180K, x=270, y=292) and Y values are all the same in each color temperature mode (dark level Y=0. 5, bright
level Y=40).

3.1 Color Temperature setting in AV Mode

1. Turn on Color Analyzer CA-100 and reset CA-100.

A. 7180K

o

RGB -CT : 7 1 8 0

[x : 3 08 y :298]

GA IN B IAS

RG B RG B

xx xx Xx xx xx xx

K

xx xx

B. 8680K

RGB -CT : 8 6 8 0

[x : 2 88 y :301]

GA IN B IAS

RG B R

Xx xx Xx xx xx xx

xx xx

K

RGB-CT: 1

[x : 2 70 y :

GA IN B

RG B RGB

xx xx xx x xx xx

xx xx

0180

:292]
IAS

GB

o

(GAIN Gamma) (BIAS Gamma)

C. 10180K

o

K

20 First issue 10 /04

2. Switch PDP input signal source to AV mode.

3. Set up Video Pattern Generator (Astro, Model= VG-828H).
Timing set = 640 x 480 @ 60Hz;
Video = Analog (the AV output mode)
Connect PDP AV input connector with Astro to receive AV signal.

4. Dark level and bright level center block definition:
A. Dark level center block definition:

[WINDOW]
Mode %
Format 1 Window
Flicker None
Size H/V 28.5/34.0 (%)
Analog R/G/B 25/25/25 (10 IRE white output pattern)

B. Bright level center block definition:

[WINDOW]
Mode %
Format 1 Window
Flicker None
Size H/V 28.5/34.0 (%)
Analog R/G/B 153/153/153 (60 IRE white output pattern)

5. There are 4 different modes (DVI / RGB / AV / YPBPR) need color temperature setting; there are 3 different color
temperatures (7180K, 8680K and 10180K) in each mode. Each color temperature needs to adjust dark level, bright level,
and R, G, B. The OSD menu for color temperature factory setting can be viewed by following the ”Factory Setting Procedure”.

Factory Setting Procedure:
A. Press (Zoom -) key for over 5 seconds and release.
B. Press (Zoom+) key for over 5 seconds and release.
C. Press ”ok” key.
D. Factory setting OSD menu shows up.
The values showed up on the OSD menu are the factory default setting values. The factory default setting values differ from
each PDP panel module.

6. Put the color analyzer CA-100 in the center of the screen.

3.2 Adjusting procedure:

1. Receive Astro VG-828H AV dark level center block signal (14 IRE), follow the ”Factory Setting Procedure” to go into
factory setting mode and you will see the 7180K color temperature setting OSD menu.

2. 7180K dark level center block adjustment procedure:
A. Press (Zoom -) or (Zoom+) key in remote control to select G-BIAS, and adjust Y=1.0 FL±0.1FL
B. Press (Zoom -) or (Zoom+) key in remote control to select R-BIAS, and adjust x=308±15FL
C. Press (Zoom -) or (Zoom+) key in remote control to select B-BIAS, and adjust y=298±15FL
D. Adjust R/G/B-BIAS, make sure the final value x=308±15FL, y=298±15FL, Y=1.0FL±0.1FL

3. 7180K bright level center block adjustment procedure:
(Please set Astro VG-828H RGB bright level center block signal to 60 IRE)
A. Press (Zoom -) or (Zoom+) key in remote control to select G-GAIN, and adjust Y=40±2FL
B. Press (Zoom -) or (Zoom+) key in remote control to select R-GAIN, and adjust x=308±15FL
C. Press (Zoom -) or (Zoom+) key in remote control to select B-GAIN, and adjust y=298±15F
D. Adjust R/G/B-GAIN, make sure the final value x=308±15FL, y=298±15FL, Y=40±2FL.

4. When you want to go ahead for next color temperature setting, double check the Gamma values, make sure GAIN Gamma

First issue 10 / 04 21

and BIAS Gamma values are correct, and then press the ”ok” key in remote control. For each color temperature setting,
please repeat the procedure (1)-(3). Only x and y value will change in different color temperature mode (in 8680K, x=288,
y=301; in 10180K, x=270, y=292) and Y values are all the same in each color temperature mode (dark level Y=1.0, bright
level Y=40).

4 .1 Color Temperature setting in YPBPR Mode

1. Turn on Color Analyzer CA-100 and reset CA-100.

2. Switch PDP input signal source to YPBPR mode.

3. Set up Video Pattern Generator (Astro, Model= VG-828H).
Timing set = 640 x 480 @ 60Hz;
Video = Analog (the YPBPR output mode)
Connect PDP YPBPR input connector with Astro to receive YPBPR signal.

4. Dark level and bright level center block definition:
A. Dark level center block definition:

[WINDOW]
Mode %
Format 1 Window
Flicker None
Size H/V 28.5/34.0 (%)
Analog R/G/B 25/25/25 (10 IRE white output pattern)

B. Bright level center block definition:

[WINDOW]
Mode %
Format 1 Window
Flicker None
Size H/V 28.5/34.0 (%)
Analog R/G/B 153/153/153 (60 IRE white output pattern)

5. There are 4 different modes (DVI / RGB / AV / YPBPR) need color temperature setting; there are 3 different color
temperatures (7180K, 8680K and 10180K) in each mode. Each color temperature needs to adjust dark level, bright level,
and R, G, B. The OSD menu for color temperature factory setting can be viewed by following the ”Factory Setting Procedure”.

Factory Setting Procedure:
A. Press (Zoom -) key for over 5 seconds and release.
B. Press (Zoom+) key for over 5 seconds and release.
C. Press ”ok” key.
D. Factory setting OSD menu shows up.
The values showed up on the OSD menu are the factory default setting values. The factory default setting values differ from
each PDP panel module.

6. Put the color analyzer CA-100 in the center of the screen.

4.2 Adjusting procedure:

1. Receive Astro VG-828H YPBPR dark level center block signal (14 IRE), follow the ”Factory Setting Procedure” to go into

factory setting mode and you will see the 7180K color temperature setting OSD menu.

2. 7180K dark level center block adjustment procedure:
A. Press (Zoom -) or (Zoom+) key in remote control to select G-BIAS, and adjust Y=1.1 FL±0.1FL
B. Press (Zoom -) or (Zoom+) key in remote control to select R-BIAS, and adjust x=308±15FL
C. Press (Zoom -) or (Zoom+) key in remote control to select B-BIAS, and adjust y=298±15FL
D. Adjust R/G/B-BIAS, make sure the final value x=308±15FL, y=298±15FL, Y=1.1 FL±0.1FL

22 First issue 10 /04

3. 7180K bright level center block adjustment procedure:
(Please set Astro VG-828H RGB bright level center block signal to 60 IRE)
A. Press (Zoom -) or (Zoom+) key in remote control to select G-GAIN, and adjust Y=41±2FL
B. Press (Zoom -) or (Zoom+) key in remote control to select R-GAIN, and adjust x=308±15FL
C. Press (Zoom -) or (Zoom+) key in remote control to select B-GAIN, and adjust y=298±15F
D. Adjust R/G/B-GAIN, make sure the final value x=308±15FL, y=298±15FL, Y=41±2FL.

4. When you want to go ahead for next color temperature setting, double check the Gamma values, make sure GAIN Gamma
and BIAS Gamma values are correct, and then press the ”ok” key in remote control. For each color temperature setting,
please repeat the procedure (1)-(3). Only x and y value will change in different color temperature mode (in 8680K, x=288,
y=301; in 10180K, x=270, y=292) and Y values are all the same in each color temperature mode (dark level Y=1.1, bright
level Y=41).

SPECIFICATIONS

Pin assignments

D-SUB Connector

DVI-Connector

1

15

9

15

824

610

11 15

Pin Pin PinSignal Signal Signal

Pin Pin PinSignal Signal Signal

1

2

3

4

5

RED

GREEN

BLUE

GND

GND

RED GND

GREEN GND

BLUE GND

NC

GND

GND

SDA

H_SYNC

V_SYNC

SCL

6

7

8

9

10

11

12

13

14

15

1

2

3

4

5

6

7

8

TMDS Data 2-

TMDS Data 2+

TMDS Data

2/4Shield

TMDS Data 4-

TMDS Data 4+

DDC Clock

DDC Data

NC

TMDS Data 0-

TMDS Data 0+

TMDS Data

0/5 Shield

TMDS Data 5-

TMDS Data 5+

TMDS Clock

Shield

TMDS Clock+

TMDS Clock-

TMDS Data 1-

TMDS Data 1+

TMDS Data

1/3 Shield

TMDS Data 3-

TMDS Data 3+

+5V Power

GND (for +5V)

Hot Plug

Detect

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

First issue 10 / 04 23

Mode list for RGB / DVI

Note: 1. * : DVI is not supported.

2. Mode 24 to 26 are for use with Apple Macintosh computers.

Y/PB/PR for component

Refresh Horizontal Vertical Vertical Horizontal

Mode No Resolution Rate Frequency Frequency Sync Sync Dot rate

Polarity Polarity

(Hz) (K Hz) (Hz) (TTL) (TTL) (MHz)
1 640(VGA)x480 60 31.5 59.94 - - 25.175
2 640(VGA)x480 72 37.9 72.81 - - 31.500

3 640(VGA)x480 75 37.5 75 - - 31.500
4 640(VGA)x480 85 43.3 85.01 - - 36.000
5 800(SVGA)x600 56 35.1 56.25 + + 36.000
6 800(SVGA)x600 60 37.9 60.317 + + 40.000
7 800(SVGA)x600 72 48.1 72.19 + + 50.000
8 800(SVGA)x600 75 46.9 75 + + 49.500
9 800(SVGA)x600 85 53.7 85.06 + + 56.250

10 1024(XGA)x768 60 48.4 60.01 - - 65.000
11 1024(XGA)x768 70 56.5 70.07 - - 75.000
12 1024(XGA)x768 75 60.0 75.03 + + 78.750
13 1024(XGA)x768 85 68.7 84.99 + + 94.500

14 1280(SXGA)x1024 60 63.98 60.02 + + 108.00
15* 1280(SXGA)x1024 75 79.98 75.03 + + 135.00
16* 1280(SXGA)x1024 85 91.15 85.02 + + 157.50

18 720(DOS)x400 70 31.46 70.08 + - 28.320

19 640(VGA)x480 50 31.5 50 - - 25.175
20* 1280(HDTV)x720P 60 45.15 60 - - 74.250
21* 1920(HDTV)x1080I 60(I) 33.75 60 - - 74.250

22 640(VGA)x350 70 31.50 70 - + 25.175

23 852(WGA)x480 60 31.413 59.835 - - 30.00

24 640x480 67 35.00 66.67 - - 30.240

25 832 x 624 75 49.73 74.55 - - 57.283

26 1152 x 870 75 68.68 75.06 - - 100.000

Mode No Resolution Refresh Rate

1 640x480P 60 Hz
2 1920x1080I 60 Hz

3 1280x720P 60 Hz
4 720x576P 50 Hz
5 1920x1080I 50 Hz
6 1280x720P 50 Hz

24 First issue 10 /04

APPENDIX A : Preset Timing Chart

Item Description:

A Total time
B Active display area including borders
C Active display area excluding borders
D Left/Top border
E Right/bottom border

F Blanking time
G Front porch
H Sync -width

I Back porch

Mode No 1 2 3 4 5 6 7 8 9

Resolution
&
Refresh Rate
Pixel clock 25.175 31.5 31.5 36 36 40 50 49.5 56.25 MHz
Horizontal visible 640 640 640 640 800 800 800 800 800 Dots
Horizontal total 800 832 840 832 1024 1056 1040 1056 1048 Dots
Horizontal front porch 16 24 16 56 24 40 56 16 32 Dots
Horizontal sync 96 40 64 56 72 128 120 80 64 Dots
Horizontal back porch 48 128 120 80 128 88 64 160 152 Dots
Horiz blanking time 160 192 200 192 224 256 240 256 248 Dots
Vertical visible 480 480 480 480 600 600 600 600 600 Lines
Vertical total 525 520 500 509 625 628 666 625 631 Lines
Vertical front porch 10 9 1 1 1 1 37 1 1 Lines
Vertical sync 2 3 3 3 2 4 6 3 3 Lines
Vertical back porch 33 28 16 25 22 23 23 21 27 Lines
Vertical blanking time 45 40 20 29 25 28 66 25 31 Lines
Horizontal frequency 31.469 37.861 37.5 43.269 35.156 37.879 48.077 46.875 53.674 kHz
Vertical frequency 59.94 72.809 75 85.008 56.25 60.317 72.188 75 85.061 Hz
Vertical sync polarity - - - - + + + + + TTL
Horiz sync polarity - - - - + + + + + TTL

640
480

60

640
480

72

640
480

75

640
480

85

800
600

56

800
600

60

800
600

72

800
600

75

800
600

85

Hz

First issue 10 / 04 25

Mode No 10 11 12 13 14 15 16 18 19
Resolution
&
Refresh Rate

1024

768

60

1024

768

70

1024

768

75

1024

768

85

1280
1024

60

1280
1024

75

1280
1024

85

720
400

70

640
480

50 Hz
Pixel clock 65 75 78.75 94.5 108 135 157.5 28.320 25.175 MHz
Horizontal visible 1024 1024 1024 1024 1280 1280 1280 720 640 Dots
Horizontal total 1344 1328 1312 1376 1688 1688 1728 900 800 Dots
Horizontal front porch 24 24 16 48 48 16 64 18 16 Dots
Horizontal sync 136 136 96 96 112 144 160 108 96 Dots
Horizontal back porch 160 144 176 208 248 248 224 54 48 Dots
Horiz blanking time 320 304 288 352 408 408 448 180 160 Dots
Vertical visible 768 768 768 768 1024 1024 1024 400 480 Lines
Vertical total 806 806 800 808 1066 1066 1072 449 629 Lines
Vertical front porch 3 3 1 1 1 1 1 12 62 Lines
Vertical sync 6 6 3 3 3 3 3 2 2 Lines
Vertical back porch 29 29 28 36 38 38 44 35 85 Lines
Vertical blanking time 38 38 32 40 42 42 48 49 149 Lines
Horizontal frequency 48.364 56.476 60.023 68.677 63.981 79.976 91.146 31.469 31.469 kHz
Vertical frequency 60.004 70.069 75.029 84.997 60.020 75.025 85.024 70.087 50.030 Hz
Vertical sync polarity - - + + + + + + - TTL
Horiz sync polarity - - + + + + + - - TTL

Mode No 20 21 22 23 24 25 26
Resolution
&
Refresh Rate

1280

720P

60

1920

1080I

60I

640
350

70

852
480

60

640
480

67

832
624

75

1152

870

75

Hz
Pixel clock 74.250 74.25 25.175 30 30.24 57.283 100.000 MHz
Horizontal visible 1280 1920 640 852 640 832 1152 Dots
Horizontal total 1650 2200 800 955 864 1152 1456 Dots
Horizontal front porch 110 88 16 19 64 32 32 Dots
Horizontal sync 40 44 96 48 64 64 128 Dots
Horizontal back porch 220 148 48 36 96 224 144 Dots
Horiz blanking time 370 280 160 103 224 320 304 Dots
Vertical visible 720 540 350 480 480 624 870 Lines
Vertical total 750 562.5 449 525 525 667 915 Lines
Vertical front porch 5 3 37 10 3 1 3 Lines
Vertical sync 5 5 2 2 3 3 3 Lines
Vertical back porch 20 15 60 33 39 39 39 Lines
Vertical blanking time 30 23 99 45 45 43 45 Lines
Horizontal frequency 45.000 33.750 31.469 31.414 35.000 49.725 68.681 kHz
Vertical frequency 60 60 70.087 59.835 66.667 74.55 75.062 Hz
Vertical sync polarity - - - - - - - TTL
Horiz sync polarity - - + - - - - TTL

First issue 06 / 04 26

WIRING DIAGRAM

PDP Module

AV Module
Board(with

Tuner)
Assy

JP2

Front
Button

Control
Board

Assy

JP1

JA3

Y DRV_TOP

Y DRV_BOTTOM

Y-SUS

Audio
Amplifier
Board Ass'y

(TMDS)

J1

JP4

JP5

J15

(9V)

J25

(5V)

JA2

JA1

Image Board
Ass'y

J14

(5V,SB DET)

J21

(24V,9V)

J28

(RLYON VSON)

J12

(Audio Signal)

J11

(Audio DC,Supply)

(Key)

CN803

CN802/CN809

Main Power

CN801

J5

AC_IN

CN02

CN03

Z-SUS

P21

Logic Board

AC Filter

Power
SW

AC IN

XR BOARD

27 First issue 10 / 04

BLOCK DIAGRAM

TUNER

SCART

S-VIDEO
Connecter

Component
Connecter

TU1

Tuner Board Signal Block Diagram

COMPOSITE(AV)

TDA9181

Comb filter

ICT6

TV_CVBS

FB

R
G
B

Philips

UOC

ICT5

Y

C

CVBSO

R
G
B

VDRA

HOUT

for SUB-picture

74HC4053

ICT11

Monostable

Multivibrator

74HC4538

Monostable

Multivibrator

Y1
PB1_CB1
PR1_CR1

74HC211

ICT8

ICT9

R
G
B
H
V

S-VIDEO
TV_CVBS
COMPOSITE(AV)

TA1287P

RGB TO

YUV

ICT7

(48 Pin) (48 Pin)

Y2
CB2
CR2

JPT1

(48 Pin)

JPT1

(48 Pin)

JP4JPT1

S-VIDEO
TV_CVBS
COMPOSITE(AV)

IC3

CON1
CON2
CON3

JP4
(48 Pin)

Y2
CB2
CR2

JP4
(48 Pin)

Y1
PB1_CB1
PR1_CR1

MAIN Board Signal Block Diagram

Y

AV

IC1

MULTIPLEX

SWITCH

MULTIPLEX

SWITCH

IC7

CON1
CON2
CON3

IC3

IC7

C

VIDEO
Y
C

L

TA8551CH

SWITCH

LH

COMP.UOC

SDRAM

U48,49

6630/6730

MAIN Video

YCBCR

YCBCR

(480P720P1080I)

CON1
CON2 Trident
CON3

H

UOCCOMP.

Processor

6630/6730
SUB Video

Porcessor

YPBPR

L

COMP.

I/P

U45

U46

SDRAM

U50,51

MULTIPLEX

HIC2

Color Space

YP BPR(DOUBLE SCAN)

SWITCH

IC2

TA1276

Conveter

U43

RGB I/P

Connector

MULTIPLEX

SWITCH

U34

R,G,B

CPU

U4

RGB O/P

Connector

Converter

AD

U29

SIL161 DVI

U32

SDRAM

U25,26,27

SCALE IC

C711/C713

U23

Clock

Generator

9161A(PLL)

LVDS

TRANSMITTER

P
A
N
E
L

RS232

Connector

DVI IN

First issue 10 / 04 28

TUNER BOARD SCHEMATIC DIAGRAM: TUNER & MSP

P9V

TU1
FQ1216MEIH3

ANT IN

VIDEO

5V IF

SOUND_IN _LP[2]

SOUND_IN _RP[2]

T

CT191

0.1uF
25V
Z

S2_LP[2]

S2_RP[2]

+

CT8

+

100uF
16V

CT17

0.01uF
50V

CT51
100uF
16V

PLT3

AF

+

RT47
0
1/16W

CT60
5PF
50V
D

CT67
5PF
50V
D

SB5V_CPU

CT188

0.1uF
25V
Z

D

SC L2P[3,5]

SDA2P[3,5]

CT58
33PF

50V

NCNC5V

1234567

CT18

100PF

50V

RT27

100

1/16W

CT36
1000PF
50V

RT42
1K
1/16W

T

ICT13
LD1117S

3

VIN

CT189

+

47uF
16V

T

RT40
15K
1/16W

RT44

3.3K
1/16W

SDA2P[3,5]

1

SCL

GND

SDAAS-

T

RT28
100
1/16W

RT41

1.5K
1/16W

QT9
2SC2412KBQ

RT46
330
1/16W

VOUT

-

8

RT13
0
1/16W

CT19
100PF
50V

QT8

2SC2412KBQ

2

RT209
124
1/16W
F

RT210
205
1/16W

F

SC L2P[3,5]

SIF

NC

NC

11

109121314

SIF

CT7

0.01uF
50V

LT1
330uH

CT37

0.1uF
16V

CT54
56PF

+

CT190
47uF
16V

50V

10uH

SB2V5

RT45
1K
1/16W

A

CT16
100uF
16V

CT52

0.1uF
16V

T

CT6
10uF
50V

+

CT4
10uF
50V

XT1

18.432MHz

T

RT56
100
1/16W

RT162
560
1/16W

+

FBT3
200 Ω

RT35

3.3K
1/16W

CT57
56PF
50V

CT2
56PF
50V

D_CTLP[5]

RT54

1/16W

RT5
470
1/16W

QT1
2SA1037KQ

TPT1

RT29

3.3K
1/16W

RT31

3.3K

1/16W

RT33

3.3K

1/16W

RT51
1M
1/16W

0

P9V

RT160

TV P[3,5]

RT37
100
1/16W

RT12
1K
1/16W

LT2
10uH

P

CT26

100PF

50V

CT30

T

100PF

50V

CT34

T

100PF
50V

CT47

0.1uF
16V

T

T

65

66

67

68

69

70

71

72

73

74

75

76

77

78

79

80

RT55

AVSUP

AVSUP

ANA_IN1+

ANA_IN-

ANA_IN2+

TESTEN

XTAL_IN

XTAL_OUT

TP

AUD_CL_OUT

NC

NC

D_CTR_I/O_1

D_CTR_I/O_0

ADR_SEL

STBYQ

100
1/16W

22
1/16W

CT157

+

10uF

RT9

6.8K
1/16W

RT14

8.2K
1/16W

CT28

0.47uF16V

CT32

0.47uF
16V

CT42

0.1uF
16V

NC

MONO_IN

50V

VREFTOP

QT15
2SC2412KBQ

RT161

1K

1/16W

CT22

T

100PF

50V

T

CT39

+

10uF
50V

6463626160595857565554535251504948474645444342

NC

NC

AVSS

AVSS

QT2
2SC2412KBQ

RT15

330

1/16W

RT20
390
1/16W

CT20

0.47uF
16V

CT24

0.47uF

16V

SC1_IN_L

SC1_IN_R

ASG

CT180

0.1uF
16V

RT24
10
1/16W

SC2_IN_R

ASG

SC2_IN_L

CT9

3.3uF
50V

+ CT11

100uF
16V

SC3_IN_L

SC3_IN_R

+

ASG

CT25

0.47uF
16V

SC4_IN_R

RT202

68

1/16W

VIDEO IN

1

RT16
220K
1/16W

CT21

0.47uF
16V

CT33

0.47uF

CT43

0.1uF

SC4_IN_L

2

CT12

0.01uF
50V

0.47uF

16V

NC

H.D. OUT

3

CT23

100PF

50V

CT29

16V

16V

AGNDC

ICT1 LA7213

GND

4

CT13
10uF
50V

100PF

+

AHVSS

AHVSS

ICT3

MSP3450G

NC

I2C_CL

I2C_DA

I2S_CL

I2S_WS

I2S_DA_OUT

I2S_DA_IN1

ADR_DA

ADR_WS

ADR_CL

DVSUP

DVSUP

DVSUP

DVSS

DVSS

DVSS

123456789

101112131415161718192021222324

CT77

0.1uF

CT78
100uF

PLT4

10uH

I2S_DA_IN2NCNCNCRESETQNCNC

T

CT76
470PF
50V

16V

+

16V

CT79

0.1uF
16V

FBT4
200 Ω

RT57

1/16W

100

SCART_OUT_CVBS P[2]

V.D. OUT

VCC

5

RT19

2.2K
1/16W

+

T

CT27

T

50V

CT40

3.3uF
50V

41

NC

NC

CAPL_M

AHVSUP

CAPL_A

SC1_OUT_L

SC1_OUT_R

VREF1

SC2_OUT_L

SC2_OUT_R

NC

NC

DACM_SUB

NC

DACM_L

DACM_R

VREF2

DACA_L

DACA_R

RESETQP[5]

T

40

39

38

37

36

35

34

33

32

31

30

29

28

27

26

25

CT31
100PF
50V

A

CT10

0.1uF
16V

RT22
47K
1/16W

CT35

T

100PF
50V

CT41

16V

100uF

+

CT44

0.1uF
16V

T

CT48
470PF
50V

+

CT55

+

10uF

RT49 100 1/16W

RT50 100 1/16W

CT70

1000PF

50V

CT73

1000PF

CT74

1000PF

50V
CT75

1000PF

50V

DT1
RLS4148

RT23
47K
1/16W

RT30

3.3K
1/16W

RT32

3.3K
1/16W

RT34

3.3K
1/16W

CT53
10uF

RT6
22K

1/16W

RT36

3.3K
1/16W

50V

50V

50V

RT7

4.7K

1/16W

QT6
2SC2412KBQ

+

A

RT43 100 1/16W

RT48 100 1/16W

T

RT52

330

1/16W

RT53
330
1/16W

YUV_R P[2]

YUV_L P[2]

DVI_R P[2]

DVI_L P[2]

ICT10
NJM2930L08

1

VOUT

CT38
10uF
50V

CT62
100PF

50V

CT3

0.47uF 16V

CT5

0.47uF 16V

RT17

15K

1/16W

DT2
RLS4148

A

CT63
100PF

T

50V

CT71

0.47uF 16V

CT72

0.47uF
16V

2

GND

T

VIN

CT64
100PF

50V

CT14

1uF

10V

Z

RT207
62K
1/16W

DT7
RLS4148

RT8

4.7K
1/16W

QT3
2SC2412KBQ

3

+

CT49
100uF

16V

A

CT65

T

100PF

50V

CT15
1uF
10V
Z

RT39

5.6
3W

CT192
47uF
16V

RT208
15K
1/16W

V

CT56

2.2uF

CT59

2.2uF

CT61

2.2uF

CT66

2.2uF

V

RT21
10K
1/16W

RT25
100K
1/16W

A

+

+

+

+

+

CT45

+

100uF
16V

50V

50V

50V

50V

RT10

4.7K
1/16W

ZDT1
UDZ3.0B

QT4
2SC2412KBQ

ICT14
ILC6383

8

Vout

7

GND

6

LBO

LBI/SD

5

ICT2
NJM7805FA

1

VIN

A

SOUND_OUT_L P[2]

SOUND_OUT_R P[2]

AUX_OUT_L P[2]

AUX_OUT_R P[2]

DACM_L P[5]

DACM_R P[5]

MTS GND

Lx

Vin

SELVFB

GND

2

RT26
15K
1/16W

LT12
15uH

1

P

2

3

4

RT206
10K
1/16W

V

P9V P[4,5]

3

VOUT

A

RT11

1.8K
1/16W

QT5
2SC2412KBQ

CT46

+

100uF
16V

RT18
100
1/16W

5V_MTS1 P[3,4]

DT8

RLS4148

9V G ND

SD P[5]

SB2V5

29 First issue 10 / 04

TUNER BOARD SCHEMATIC DIAGRAM: SOURCE INPUT

SCART_L

SCART_R

DVI_L

DVI_R

JT1A
M1076-1--- A

1

2

JT1B
M1076-1--- A

3

2

JT2D
P1159-1-4-C

6

5

JT2B
P1159-1-4-C

3

2

FBT6
120 Ω

FBT7
120 Ω

FBT8
120 Ω

FBT9
120 Ω

CT80
1000PF
50V

CT85
1000PF
50V

CT89
1000PF
50V

CT91
1000PF
50V

RT204
47K
1/16W

RT205
47K
1/16W

RT71
47K
1/16W

RT76
47K
1/16W

AUX_OUT_L P[1]

AUX_OUT_R

P[1]

DVI_L P[1]

DVI_R P[1]

P[1]

SOUND_IN_RP[1]

SOUND_IN_L

P[3,5]

COMPOSITEP[3,5]

SCART_CTLP[3,5]

SCART_FB

CT81
470PF

T

50V

CT84
470PF

T

50V

CVBS 0~0.4V
RGB 1~3V

CT92
47PF
50V

RT60
47K
1/16W

RT62
47K
1/16W

CT168

0.1uF
16V

C0805

T

RT61
1K
1/16W

RT65
1K
1/16W

RT75
0
1/16W
R0603

T

RT67

4.7K
1/16W

CT88
47PF

50V

RT73
100
1/16W

T

T

FB2
120 Ω

CT166
220PF

50V

CT167
220PF
50V

RT78
N/75
1/16W

FB3
120 Ω

RT66

6.8K
1/16W

RT70
75
1/16W

ZDT5
UDZ6.8B

SOT1
CS1630-1----

2

4

6

8

10

12

14

16

18

20

R I/P

AGND

L I/P

Video

status

NC

NC

RGB
return

RGB
status

SYNC
return

AV/S/SYNC

R O/P

L O/P

B-GND

G-GND

R-GND

shield

SOUND_OUT_R P[1]

FB4
120 Ω

1

3

5

FB5
120 Ω

CT82
1000PF
50V

CT83
1000PF
50V

RT58
220

1/16W

RT59
220
1/16W

T

T

CT169
470PF

50V

CT170

470PF

50V

RT97
47K
1/16W

RT104
47K
1/16W

SOUND_OUT_L P[1]

SCART_RGB_B P[3]

7

B

9

11

G

13

15

R

17

NC

19

NC

21

RT64
75

1/16W

RT69
75

1/16W

RT74
75

1/16W

ZDT2
UDZ6.8B

ZDT3
UDZ6.8B

ZDT4
UDZ6.8B

RT63
100

1/16W
R0603

RT68
100

1/16W
R0603

RT72
100

1/16W
R0603

CT86
47PF
50V

CT87
47PF
50V

CT90
47PF
50V

T

SCART_RGB_G P[3]

T

SCART_RGB_R P[3]

T

SCART_OUT_CVBS P[1]

RT77
ZDT11
UDZ6.8B

75

1/16W

YUV_L

YUV_R

SVIDEO_L

SVIDEO_R

JT2C
P1159-1-4-C

4

5

JT2A
P1159-1-4-C

1

2

JT3D
P1159-1-4-C

6

5

JT3B
P1159-1-4-C

3

2

FBT10
120 Ω

FBT11
120 Ω

FBT12
120 Ω

FBT13
120 Ω

CT93
1000PF
50V

CT95
1000PF
50V

CT97
1000PF
50V

CT98
1000PF
50V

RT79
47K

1/16W

RT82
47K

1/16W

RT85
47K
1/16W

RT86
47K
1/16W

YUV_L P[1]

YUV_R P[1]

S2_L P[1]

S2_R P[1]

PB 1/CB1

PR1/CR1

Y1

ST1B

P1177-1---A

7

8

JT3A
P1159-1-4-C

1

2

JT3C
P1159-1-4-C

4

5

FET7
RFILN1020-1---A

1

FET10
RFILN1020-1---A

1

FET13
RFILN1020-1---A

1

FET6

6

3

1

RFILN1020-1---A

1

FET9
RFILN1020-1---A

1

3

RT80

2

2

N/75
1/16W

3

RT83
N/75

1/16W

ZDT6
UDZ5.1B

ZDT8
UDZ5.1B

S2_C P[3,5]

S2_Y P[3,5]

3

CT94

T

2

2

2

100PF

50V

3

CT96
100PF

T

50V

3

CT99
100PF

T

50V

RT81
N/75

1/16W

RT84
N/75

1/16W

RT87
N/75

1/16W

ZDT7
UDZ6.8B

ZDT9
UDZ6.8B

ZDT10
UDZ6.8B

Y1 P[5]

PB1_CB1 P[5]

PR1_CR1 P[5]

4

2

ST1A
P1177-1---A

5

First issue 10 / 04 30

TUNER BOARD SCHEMATIC DIAGRAM: UOC

LT6
10uH

3V3P[5]

LT8
10uH

3V3P[5]

CT102

+

100uF
16V

100 1/16W

100 1/16W

RT91

3.3K
1/16W

RT93

3.3K
1/16W

RT94
15K
1/16W

CT101

0.022uF

50V

SDA

SCL

RT90

3.3K
1/16W

5V_MTS1

RT2
10K
1/16W

TPT3

SYS1

SYS2

INPSEU

RT103 100 1/16W

LINK_OUTP[5]

SCART_CTLP[2,5]

CT105

+

10uF
50V

RT101

RT99

RT96

RT95 100 1/16W

RT98 100 1/16W

RT100 100 1/16W

RT193 0 1/16W

RT137 0 1/16W

RT195 0 1/16W

3V3P[5]

ICT4

AT24C16P27

4 5

VSS SDA

3

A2

A1

A0

TPT8

SCL2P[1,5]

SDA2P[1,5]
TPT9

3V3P[5]

CT100
10uF
50V

SCL

TEST

VCC

5V_MTS1

+

2

1

LT5
10uH

P

RT88

6

RT89

7

8

RT92

3.3K
1/16W

LINK _INP[5]

RT200
1K

CT175

0.1uF
16V

CVBSO

IFIN1

470 1/16W

470 1/16W

N/1K

N/100

T

1/16W

WHSTR

IFIN2

1/16W

1/16W

1/16W

RT201
1K
1/16W

C

GND

CVBS3/Y

QSSO/AMOUTAUDEEM

IREF

VSC

AGCOUT

TPT4

TPT5

SCART_RGB_B P[2]

SCART_RGB_G P[2]

SCART_RGB_R P[2]

SCART_FB P[2,5]

CT138

0.22uF
16V

41

GND

CVBS2

CVBS1

IFVO/SVO

QSSO

SIFAGC

PLLIF

EHTO

DECSDEM

FBISO

HOUT

AUDIO3

AUDIO2

AVL/REF0/SNDIF

SNDPLL

GND2

SIFIN1

SIFIN2

VP1

COMPOSIT E P[2,5]

CT197

T

220PF
50V

40

39

38

37

36

35

34

33

CT195

32

220PF
50V

RT123 100 1/16W

31

30

RT124

29

RT1

28

27

26

25

T

T

CT129

0.1uF
16V

RT121
390
1/16W

CT196
220PF

50V

CT198
220PF
50V

T

CT117

+

4.7uF
50V

CT174

0.22uF
16V

CT130

0.022uF
50V

100 1/16W

3.3K 1/16W

CT136

T

15PF
50V

TV P[1,5]

LT9
10uH

CT131

+

100uF
16V

TPT6

P9V

DT4
RLS4148

Hflyback P[4]

Hdrive P[4]

5V_MTS1 P[1,4]

CT133
1000PF
50V

CT135

0.22uF
16V

CT137

0.1uF
16V

RT125
100K
1/16W

RT126
47K
1/16W

CT140

0.1uF
16V

P

P

P

ICT6

TDA9181T

RT134
N/0
1/16W

T

RT140
N/0
1/16W

T

RT146
N/0
1/16W

T

INPSEL

Y/CVBS2

DGND

VDDD

VCCA

FSCSELFSC

CT182
68PF
50V

CT193
68PF
50V

CT201
68PF
50V

CIN

SC

LT14
15uH

P

LT16
15uH

P

LT18
15uH

P

1

2

3

4

5

6

7

89

CT132

0.1uF
16V

T

+

CT165

0.1uF
16V

T

CT134

0.1uF
16V

CT160

0.1uF
16V

CT172
10uF

50V

CT183
33PF
50V

CT194
33PF
50V

T

CT202
33PF
50V

INPSEU

CT159

0.1uF
16V

+

CT139
10uF

50V

Hflyback

RT139
470
1/16W

RT138
470
1/16W

RT159
470
1/16W

S2_C P[2,5]

S2_Y P[2,5]

LT10
10uH

P

P
LT11
10uH

BOUT P[4]

GOUT P[4]

ROUT P[4]

5V_MTS1

LT13
15uH

CT181

T

33PF
50V

LT15
15uH

CT187

T

33PF
50V

LT17
15uH

CT200

T

33PF
50V

5V_MTS1

RT122
12K
1/16W

16

COUT

15

OUTSEL

14

Y/CVBSOUT

13

AGND

12

Y/CVBS1

SYS1

SYS2

CT141

T

33PF
50V

11

10

QT11
2SC2412KBQ

SYS1

SYS2

RT110 470

RT111

RT112

RT113

G2/BIN

GND3

RT115

CT123 0.022uF 50V

CT126 0.022uF 50V

CT128 0.022uF 50V

RT120 100 1/16W

CT199 220PF 50V

IFVO2

R2/BIN

INSSW2

DECBG

AVL/EWD

VDRB

AUDOUT/AMOUT

VDRA

P

P

CT179

N/100uF

16V

CT112
100uF

16V

CT104

0.022uF
50V

100 1/16W

1/16W

100

1/16W

0

CT171

0.1uF
16V

RT105 100 1/16W

TPT7

CT103
33PF
50V

T

T

CT107
33PF
50V

65

66

67

68

69

70

71

72

73

74

75

76

77

78

79

80

CT108

0.022uF
50V

CT111

0.022uF
50V

XT2
12MHz

6463626160595857565554535251504948474645444342

BO

GO

RESET

VDDP

P1.0/INT1

P1.1/T0

P1.2/INT0

P1.3/T1

P1.6/SCL

P1.7/SDA

P2.0/TPWM

P2.1/PWM0

P2.2/PWM1

P2.3/PWM2

P2.4/PWM3

P2.5/PWM4

SYNC_FILTER

P3.0/ADC0

XTALIN

XTALOUT

P3.1/ADC1

P3.2/ADC2

123456789

Bnd0

VDDC

OSCGND

P3.3/ADC3

VSSC/P

VPE

P0.5

VDDA

P0.6/CVBSTD

RO

BLKIN

BCLIN

B2/UIN

ICT5

TDA9561H

VSSA

SECPLL

VP2

DECDIG

PH2LF

PH1LF

101112131415161718192021222324

+

+

CT109 0.22uF 16V

P9V

DT3
RLS4148

1AP[4]

CT158

0.01uF
50V

5V_MTS1

LT7
10uH

RT109

3.3K
1/16W

QT10
2SC2412KBQ

RT118
N/22K
1/16W

+

RT116
22K
1/16W

CT113
100uF
16V

T

CT121
220PF
50V

CT114

0.22uF
16V

CT122
1000PF
50V

CT115 2200PF 50V

+

CT116 1uF 50V

CT118 4700PF 50V

CT119 0.022uF 50V

CT120

+

2.2uF
50V

RT119

2.2K
1/16W

RT117
100
1/16W

CT110 0.22uF 16V

RT108

1/16W

18K

RT114

2.2K
1/16W

CT124
1000PF
50V

CT125
1000PF
50V

RT163
39K
1/16W

CT127

0.1uF
16V

RT197

N/0 1/16W

TP17

31 First issue 10 / 04

TUNER BOARD SCHEMATIC DIAGRAM: SYNCHRONISATION & RGB TO YUV

BOUTP[3]

ROUTP[3]

GOUTP[3]

RT3
620
1/16W

P[3]
P[3]

P[1,3]

CT176

+

2.2uF
50V

Hflyback
Hdrive

5V_MTS1

RT132

3.3K
1/16W

12

13

2

1

5

3

1Y0

1Y1

2Y0

2Y1

3Y0

3Y1

S1

11

16

VCC

ICT11

74HC4053DT

S2

S3

10

9

RT4

8.2K
1/16W

CT177

+

47uF
16V

DT5
RLS4148

VEE

GND

T

CT201
68PF
50V

P9V P[1,5]

LT20
15uH

P

T

CT202
33PF
50V

RT170
470
1/16W

CT142

+

T

CT153
N/180PF
50V

15

2CTC

1RCTC

2

RT154
1M
1/16W

47uF
16V

RT129

2.2K
1/16W

T

RT127
10K
1/16W

CT184

CT185

22PF

22PF

50V

50V

T

T

CT186

T

VCC

1A

15

1RCEXT

1B

2

22PF
50V

RT148
39K

1/16W

+

+

+

CT149
1uF

50V

CT150
1uF

50V

CT151
1uF

50V

14

3

RT131

5.1K
1/16W

CT152

T

220PF
50V

1CEXT

74HC221D

1RD

13

ICT8

4

1Q

1Q

RT136
15K

1/16W

T

14

1Z

15

2Z

4

3Z

6

E_

7

8

CT178

0.1uF
16V

16

1

CT146
12PF

50V

12

2Q

2Q

5

RT152
10K

1/16W

CT144

0.1uF
16V

RT145
10K
1/16W

11

6

CT145

0.1uF
16V

CT147

0.1uF
16V

CT148

0.1uF
16V

2RD

2CEXT

CT154
220PF

50V

1

2

3

4

5

6

7

8

RT149
1K
1/16W

10

2B

1Q

7

T

RT153
27K

1/16W

TA1287P

V IN

Y IN

U IN

CP IN

GND

R IN

G IN

B IN

9

GND 2A

8

ICT7

Matrix

U OUT

Y OUT

V OUT

VCC

YS3

YS2

YS1

16

15

14

13

12

11

10

9

16

VCC

1CTC

1

CT155
270PF
50V

14

2RCTC

1RD

3

RT150
N/100K
1/16W

RT107
N/150K

1/16W

RT141

1/16W

CT143

0.1uF
16V

13

2RD

ICT9

74HC4538D

1A1

4

2.7K

220

220

RT130

RT133

220

RT135

12

5

1/16W

1/16W

1/16W

2A1

1A0

T

CT173
100PF
50V

CB2 P[5]

Y2 P[5]

CR2 P[5]

RT147
N/0

1/16W

QT7
2SC2412KBQ

RT148
N/1K

1/16W

RT142
N/0

1/16W

RT143
N/0

1/16W

GND 2Q

8 9

RT151
N/1K
1/16W

10

11

2Q

2A0

1Q

1Q

6

7

RT167
470
1/16W

RT155
1K

1/16W

RT144
10K

1/16W

LT19
15uH

P

CT203

T

33PF
50V

1AP[3]

First issue 10 / 04 32

TUNER BOARD SCHEMATIC DIAGRAM: CONNECTIONS

P9VP[1,4]

(LINK O/P)
(LINK I/P)

CTL1P[3]
CTL2P[3]

SCL2P[1,3]

SDA2P[1,3]

SCART_FBP[2,3]

DACM_RP[1]

DACM_LP[1]

SDP[1]

TUN_DETn

CTL1
CTL2
SCL2

SDA2

SCART_FB

DACM_R

DACM_L

FBT1
120 Ω
FBT2
120 Ω

RT164 0 1/16W
RT165 0 1/16W

RT166 10K 1/16W

RT158

1/16W

0

JPT2A

CP1615-148-B

A1
A2
A3
A4
A5
A6
A7
A8
A9
A10
A11
A12
A13
A14
A15
A16

B1
B2
B3
B4
B5
B6
B7
B8

B9
B10
B11
B12
B13
B14
B15
B16

RT156 N/0 1/16W
RT157 0 1/16W

RT168 0 1/16W

SD P[1]

JPT2B

CP1615-148-B

C1

RT102 N/0 1/16W

C2

RT178 N/0 1/16W

C3

RT106 N/0 1/16W

C4
C5

RT192 N/0 1/16W

C6

RT179 N/0 1/16W

C7
C8

C9
C10
C11

D_CTL P[1]
RESETQ P[1]

SCART_CTL P[2,3]

A

C12
C13
C14
C15
C16

SB5V_CPU

TDO

TDI

3V3

TMS

TCK

TP21
TP25
TP22

TP23
TP24

SB5V_CPU
TDO
TDI

3V3 P[3]
TMS

TCK

COMPOSITEP[2,3]

PB1_CB1P[2]

PR1_CR1P[2]

AV_B_DET

JPT1A

CP1615-148-B

COMPOSITE

S2_YP[2,3]
S2_CP[2,3]

Y1P[2]

Y2P[4]

CB2P[4]

CR2P[4]

TVP[1,3]

S2_Y
S2_C

Y1
PB1_CB1
PR1_CR1

Y2
CB2
CR2

AV_B_DET
TV

RT128

0

1/16W

A1
A2
A3
A4
A5
A6
A7
A8
A9
A10
A11
A12
A13
A14
A15
A16

B1
B2
B3
B4
B5
B6
B7
B8

B9
B10
B11
B12
B13
B14
B15
B16

TPT25

RT169 N/0 1/16W

A

JPT1B

CP1615-148-B

C1
C2
C3
C4
C5
C6
C7
C8

C9
C10
C11
C12
C13
C14
C15
C16

CT161
1000PF
50V

CT162
1000PF
50V

CT163
1000PF
50V

DD D DD

CT164
1000PF
50V

PCn_MPU

PCSCS

PCSI

PCSCLK

SSO

SCL2

SDA2

SCL_MP
SDA_MP

PCn_MPU
PCSCS
PCSI
PCSCLK
SSO

P5V

SCL_MP
SDA_MP

SCL2_33
SDA2_33

33 First issue 10 / 04

MAIN BOARD SCHEMATIC DIAGRAM: DIGITAL SYSTEM (CPU & EEPROM)

SB5V

L1
N/0

C1

0.1uF
25V

Z

D1
RLS4148

U5

S80845ANUP

V
I
N

INT_RTCP[2]

INT_DPTV_SP[14]

INT_DPTVP[13]

INT_USB

T

D

D

1

2

3

4 5

R411
10K
1/16W

D

1/8W

R1

10K
1/16W

D

SB5V_CPU

V

12

O
U
TGND

3

C5

0.1uF
25V

C7

T

10PF
50V

U68

AMC7630-5

VIN

VOUT

GND

GND

GND

GND

EN GND

R412
10K
1/16W

R394
N/10
1/16W

N/820

1/16W

N/820

1/16W

P4

P2

P3

P1

P0

U4
HD6413079F

N/47

TP2

D

NMI

R13
47
1/16W

C12

0.1uF
25V
Z

MPU

45

MD1

44

MD0

51

EXTAL

52

XTAL

TP1

46

@

47

STBY

48

RES

57

RESO

49

NMI

54

AS

55

RD

56

WR

69

P80/IRQ0

70

P81/IRQ1

71

P82/IRQ2

72

P83/IRQ3

9

P90/TXD

10

P92/RXD

1/16W

11

P94/SCK/IRQ4

43

P60/WAIT

21

VCC

68

AVCC

53

VCC

12

VSS

58

AVSS

50

VSS

30

VSS

D

67

VREF

SB5V SB5V_IO

EM83010

1

SDT

2

SCK

3

P00

4

P01

5

P02

6

P03

7

P04

8

P05

R399
0
1/16W

L3
0

U8

VDD

P10
P11
P12
P13
P14
P15
P16
P17

VSS

R349
N/1M
1/16W

Y1

16MHz

R6
100K
1/16W

J2

1
2

Z

R50

R51

D

R16

3.3K
1/16W

8

7

6

3

N/CON3

SB5V_CPU

SDA1

SCL1

R396
N/10
1/16W

NMI

TP3

TP4

R17

3.3K
1/16W

SB5V

C428

+

4.7uF
16V

D

R52
N/820

1/16W

AC_DET P[18]

R38
10
1/16W

R40
10
1/16W

D DD

R44
560K
1/16W

SB5V_IO

C2

T

33PF
50V

D D

SB5V_CPU

R8

R9

D

R45
560K
1/16W

R14
N/3.3K
1/16W

C8

0.1uF
25V
Z

SB5V_CPU

R46
560K
1/16W

C3

T

33PF
50V

R7

3.3K 1/16W

INT_RTC

INT_DPTV_S

INT_DPTV

INT_USB

47 1/16W

1/16W

47

R11

R15

3.3K
1/16W

+C9

D

TP5
TP6
TP7

10uF
16V

NEC_PSO
NEC_PSM

P5P5P6

13141516171819

D0D1D2D3D4D5D6

PA2/TIOCA0/TCLKC

PA3/TIOCB0/TCLKD

PA4/TIOCA1/A23

PA5/TIOCB1/A22

PA6/TIOCA2/A21

PA7/TIOCB2/A20

1/8W

18

10
11
12
13
14
15
16
17

9

D

1827364

1/16W

SB5V_CPU

R5

10K

10uF
16V

TXDP[2]

RXDP[2]

SB5V

+

C426
1uF

50V

D

SCART_CTL3

SCART_CTL1

(LINK O/P)

C6
10PF
50V

+C4

CTL2P[18]

P7

20

D7

A10
A11
A12
A13
A14
A15
A16
A17
A18
A19

PA0/TCLKA

PA1/TCLKB

PB0/TIOCA3

PB1/TIOCB3

PB2/TIOCA4

PB3/TIOCB4

PB4/TOCXA4

PB5/TOCXB4

PB6

PB7/ADTRG

P70/AN0

P71/AN1

P72/AN2

P73/AN3

P74/AN4

P75/AN5

P76/AN6

P77/AN7

1827364

5

A0
A1
A2
A3
A4
A5
A6
A7
A8
A9

5

RP9

10K ohm

22
23
24
25
26
27
28
29
31
32
33
34
35
36
37
38
39
40
41
42

73

74

75

76

77

GIVS

78

79

REMOTE

80

GIHS

1

2

3

4

5

6

7

8

59

60

61

62

63

64

65

66

RP5
10K ohm

STANDBY
POWER_ON

RESET

SB5V_IO

A0
A1
A2
A3
A4
A5
A6
A7
A8
A9

A0
A1

A10
A11

A2

A12

A3

A13

A4
A5

A14

A6

A15

A7

A16
A17

A8
A9

R345

A10

1/16W

0

A11
A12
A13
A14
A15
A16
A17
A18
A19

KEYPAD_IN

SO

SD

HS_POL

VS_POL

SOGn

N/10K

1/16W

0 1/16W

0 1/16W

R26

SB5V_CPU

R410
10K
1/16W

33 1/16W

33 1/16W

33 1/16W

RT6
N/560K
1/16W

14

11

7

R31

R33

R10 33 1/16W

R12 33 1/16W

R18

R21 33 1/16W

R24 33 1/16W

R4

R41

U6C
74LVT04

14

5 6

7

U3

29C020CP90BS

12

A0

11

A1

10

A2

9

A3

8

A4

7

A5

6

A6

5

A7

27

A8

26

A9

23

A10

25

A11

4

A12

28

A13

29

A14

3

A15

2

A16

30

A17

16

GND

1827364

R19 33 1/16W

R20 33 1/16W

R71

R413
N/0
1/16W

D

D

10

U6E

74LVT04

5

D0
D1
D2
D3
D4
D5
D6
D7

VCC
VPP

PGM

OE

CE

RP1
10K ohm

0

1/16W

U6D
74LVT04

14

9 8

7

13
14
15
17
18
19
20
21

CPU5V

32
1

31

24

22

SB5V_CPU

YUV_SW P[11]
15Kn_MP P[11,12]
CTL1 P[18]
A_MUTEn P[18]
YUVn_RGB P[9]

RSTnC711 P[5,8]

PGMn

CEn

SO P[5]

SD P[18]

SCART_FB P[18]

SCART_CTL P[18]

SOGn P[9]

P0
P1
P2
P3
P4

P6
P7

(LINK I/P)

RP2
10K ohm

1 8
2 7
3 6
4 5

SCL1

SDA1

D

CPU5V

SB5V_CPU

SB5V_CPU

R29

5.6K
1/16W

Q4
2SC2412KBQ

D

JP1

N/HEADER 3X2

12
34
56

A5-32-10VC4

A0
A1
A2
A3
A17
A18
A19

P0

SCL2

SCLK

SCS

SI

PLLDATA

PLLCLK

HSYNC_MP

HSYNC_SP

SDA2

SCL0

SDA0

R25

5.6K
1/16W

D

U1

1
2
3
8

9
10
11

13
14

15

5
27

16
38

43
44

R342

0

1/16W

SB5V_CPU

Q1
2SC2412KBQ

+

D

C15

+

10uF
16V

D D

C14
10uF
16V

R36 10K 1/16W
R37 10K 1/16W
R39 10K 1/16W

TDO

TDI

TMS

TCK

4726

29

TDO

GND

6

R30
22K
1/16W

R35
22K
1/16W

TD1

GND

17

TMS

GND

28

39

RP3
10K ohm

R27
22K
1/16W

R34
22K
1/16W

TCK

GND

I/O16
I/O17
I/O18
I/O19
I/O20
I/O21
I/O22
I/O23I/O12

I/O24
I/O25
I/O26
I/O27
I/O28
I/O29
I/O30
I/O31

I/O01
I/O02

I/O5
I/O6
I/O7
I/O8
I/O9
I/O10
I/O11

I/O13
I/O14

I/O15

CLK0
CLK1

VCC
VCC

I/O03
I/O04

SB5V_CPU

D

V2B_DETn
AVB_DETn
TUN_DETn

I/O0

1827364

TDO

TDI

TMS

TCK

18
27
36
45

SB5V_CPU

18
19
20
21
22
23
24
2512

30
31
32
33
34
35
36
37

40
41
42

5

P[18]

P[18]

P[18]

P[18]

GIHS P[7]

GIVS P[7]

SB5V_IO

RP8
10K ohm

SB5V_CPU

R2
N/1.5K
1/16W

LD001
N/LED

R344
0
1/16W

SCL2 P[2,7, 10,12,13,14,18]

SCLK P[5]

SCS P[5]

SI P[5]

PLLDATA P[3]

PLLCLK P[3]

HSYNC_MP P[11]

HSYNC_SP P[11]

SDA2 P[2,7,10,12,13,14,18]

C24

0.1uF
25V

Z

R70

1/16W

SB5V

6
5

GND
SB_LED

4

ON_LED

3
2

SW_IN
RC_IN

1

J5
CP0316-EJST-

AVB_DETn P[18]
TUN_DETn P[18]

R3
N/1.5K
1/16W

LD002
N/LED

0

RT15
N/0
1/16W

SB5V_M

C25

0.1uF
25V
Z

D

SB5V SB5V

+ C13

C16

T

120PF
50V

RGBn_DVI P[3,10]
OCKINV P[8]
SB P[18]

FREEZE P[5]
S_DET P[18]
PNL_CTLn P[4]
PS_DPTV
YUV_SPSW P[11]
TELETEXT_ON P[18,19]

LG_VS P[18]
RST_DPTV P[13,14]
AO_SEL P[18]
SURR1 P[18]
SURR2 P[18]
RESETQ P[18]
SPK_CTL P[18]

ALE_DPTV P[13]
WRn_DPTV P[13]

RDn_DPTV P[13]

RGBn_DVI

SB5V_M

C23

0.1uF
25V
Z

D

10uF

Q2

16V

2SC2412KBQ

D

C17

T

120PF
50V

D

P5V

C10
10uF
16V

P[0..7]

A[0..19]

14

1 2

7

SB5V

+

D

D

SCL0

SDA0

14

13

7

Q3
2SC2412KBQ

C18

T

120PF
50V

A0
A1
A2
A3
A4
A5
A6
A7
A8
A9
A10
A11
A12
A13
A14
A15
A16
A17

CEn

SCL2
SDA2

U6A
74LVT04

C11

0.1uF
25V
Z

C19

T

120PF
50V

12
11
10

9
8
7
6

5
27
26
23
25

4
28
29

3

2
30

24
22

SB5V

D

R22
10
1/16W

R23
10
1/16W

U6F
74LVT04

R28

4.7K

1/16W

R32

4.7K

1/16W

12

P[0..7] P[13]

SO1

N/W27C010_5

EEPROM(DIP32)

A0
A1
A2
A3
A4
A5
A6
A7
A8
A9
A10
A11
A12

VCC
A13
A14

VPP
A15
A16

PGM

A17

GND

OE
CE

J3
N/CON4

1
2
3
4

P5V

14

3 4

7

8

7

6

D

F1
0
1/8W

F2

0

1/8W

R417

180

1/16W

C20

T

120PF
50V

F4
0
1/8W

P0

13

Q0

P1

14

O1

P2

15

O2

P3

17

O3

P4

18

O4

P5

19

O5

P6

20

O6

P7

21

O7

SB5V_M

32

1

PGMn

31

16

SB5V_M

PLLCLK
PLLDATA

D

U6B

74LVT04

U7

M24C16WBN6

VCC

TEST

SCL

LGDISPEN P[4]PNL_CTLnP[4]

D

D

A0

A1

A2

VSSSDA

T

L2

0

1/8W

1

2

3

45

POWER_ON

STANDBY

KEYPAD_IN

REMOTE

C375
120PF
50V

SB5V

J4
N/CON3

1
2
3

PD_DVIn P[8]

PD_9884n P[7]

First issue 10 / 04 34

MAIN BOARD SCHEMATIC DIAGRAM: DIGITAL SYSTEM (OSD/USB/RS232)

P5V

R54
22
1/16W

POCLKOSDP[3]

D

C39

0.1uF
25V
Z

R65
100
1/16W

R67
100
1/16W

C28

T

0.1uF
25V

D

Z

C29

T

N/100PF
50V

D

C31
1uF

50V

+

+

C34
1uF
50V

C40

0.1uF
25V

Z

D

5V_OSD

HSYNCOP[4,5]

V33SB

C27
10uF

+

16V

R62
0
1/16W

C38

0.1uF
25V
Z

SDA2

SCL2

SDA2P[1,7,10,12,13,14,18]

SCL2P[1,7,10,12,13,14,18]

L6
0

1/8W

C37

+

47uF
16V

C416
22PF

50V

1

2

3

4

5

6

7

8

1

C1+

3

C1-

4

C2+

5

C2-

16

VCC

2

V+

6

V-

15

GND

MTV130

VSS

XIN

NC

VDD

HFLB

SSB

SDA

SCK

U12

HIN232CB

R1-OUT

T1-OUT

T2-OUT

R2-OUT

U11

T1-IN

R1-IN

R2-IN

T2-IN

VSS

R-OUT

G-OUT

B-OUT

FBKG

INT

VFLB

VDD

16

15

14

13

12

11

10

5V_OSD

9

D

11

12

13

R68 33 1/16W

14

R69 33 1/16W

7

8

9

10

TP9

TP10

TP11

TP12

+

1/16W

C32
N/10uF
16V

0
1/8W

D

R59
47

5V_OSD

L4

D

R_OSD P[5]

G_OSD P[5]

B_OSD P[5]

DTEN P[5]

TP8

VSYNCO P[4,5]

P1

D1553-109-­5
9
4
8
3
7
2
6
1

D(3)

RP12

10K ohm
4 5
3 6
2 7
1 8

3
2
1

C43

+

10uF
16V

D

C26
N/12PF
50V

SB5V

D

SDA2_33
SCL2_33

D

C42
N/0.1uF
25V

Z

SB5V

L7
0
1/8W

T

C22
N/12PF
50V

SDA2_33P[4,7,13,18]
SCL2_33P[4,7,13,18]

SB5V

R313
10K
1/16W

INT_RTCP[1]

R314
N/0
1/16W

D

10

11

Y4
N/32.768KHZ

T

D

C41

+

N/10uF
16V

D

V33

SDA2
SCL2

U65

N/PCF8563T

D

C44
N/0.1uF
25V

Z

SDA

SCL

CLKO

VCC

SB5V

R316
220
1/16W

P5V

VSS
INT
OSCO
OSCI

RTC
IIC ADDR:A2H(W),A3H(W)

USB5V

D

M8p

G(1) S(2)

BSN20

54
6
7
8

Q5

3

BSN20

2

SDA2_33

D

D51
N/RLS4148

D52
N/RLS4148

D53
N/RLS4148

1

C21
N/0.1uF
25V
Z

3

2

SCL 2_33

Q6
BSN20

1

R315

N/4.7K
1/16W

V33V33

SB5V

R60
47
1/16W

R61
47
1/16W

R63
47
1/16W

R64
N/220
1/16W

TXD

RX D

R55
N/1K
1/16W

C33

0.1uF
25V

Z

D

TXD P[1]

RX D P[1]

T

D

C35
180PF
50V

T

R56
N/1K
1/16W

C30
100PF
50V

D

INTENSITY

D

C36

T

180PF
50V

R57
N/1K
1/16W

R66

100
1/16W

DTR
CTS
PD
RTS
RD
DSR

R58
1K
1/16W

35 First issue 10 / 04

MAIN BOARD SCHEMATIC DIAGRAM: DIGITAL SYSTEM (HSYN SW & CLOCK GEN.)

P[5]

P[7]

P[7,9]

P[1,10]

DVI_HSP[8]

PLLHSOP[7]

DVI_VSP[8]

FGVSP[7,8,9]

DVI_PICK

DATACK

FGHS

RGBn_DVI

150

R386

1/16W

FGVS

FGHS

C404
22PF

50V

U15

74LVC157

2

1A

3

1B

5

2A

6

2B

11

3A

10

T

D

D

3B

14

4A

13

4B

1

A/B

15

G

1Y

2Y

3Y

4Y

VCC

GND

R77
33
1/16W

4

7

9

12

V33SB

16

8

R79

33
1/16W

C50

0.1uF
25V
Z

D

R78

33
1/16W

D

A/B Y

DVI-H,V, CLK

0

1

RGB-H,V,CLK

C49
N

PIHS P[5]

DDCVSYNC P[7]

PIVS P[5]

PICLK P[5]

PIHSS P[7]

V33

L13

0
1/8W

+

C55
47uF
16V

D

VCCPLL

FROM CPU

R350
N/1M

Y3

14.318MHz

C51

T

12PF
50V

D

R82

4.7
1/16W

C56

0.1uF
25V
Z

D

C52

12PF

50V

C57

0.1uF
25V
Z

D

1/16W

6

13

7

3

5

1

X1

X2

VDD

AVDD

GND

SEL0_CLK

T

D

P[1]

PLLCLK

D

U16

ICS9161A

MCLK

VCLK

ERROUT

INIT0

INIT1

EXTCLK

R80
33

8

9

10

12

14

11

TP13

1/16W

R81

33
1/16W

R83

33
1/16W

C53

N/47PF

50V

T

POCLK

C54
33PF

50V

D

T

D

CLK

CLK P[5,6]

POCLK P[4,5]

POCLKOSD P[2]

P[1]

PLLDATA

2

4

SEL1_DATA

OE

EXTSEL

PD

15

16

VCCPLL

First issue 10 / 04 36

MAIN BOARD SCHEMATIC DIAGRAM: DIGITAL SYSTEM (BUFFER & PDP CONNECTOR)

U19

917264434

VCC

VCC

PLL GND

2
4
6

8
11
13
15
17

1

19

2
4
6

8
11
13
15
17

1

19

2
4
6

8
11
13
15
17

1

19

VCC

PLL VCC

LVDS GND

LVDS GND

LVDS GND

49

74LVC244ADB

1A1

1Y1

1A2

1Y2

1A3

1Y3

1A4

1Y4

2A1

2Y1

2A2

2Y2

2A3

2Y3

2A4

2Y4

1G

VCC

2G

GND

U20

74LVC244ADB

1A1

1Y1

1A2

1Y2

1A3

1Y3

1A4

1Y4

2A1

2Y1

2A2

2Y2

2A3

2Y3

2A4

2Y4

1G

VCC

2G

GND

U21

74LVC244ADB

1A1

1Y1

1A2

1Y2

1A3

1Y3

1A4

1Y4

2A1

2Y1

2A2

2Y2

2A3

2Y3

2A4

2Y4

1G

VCC

2G

GND

R392
0
1/16W

32

TxIN24

LVDS VCC

TxIN25

PWR DWN

TxIN26

TxCLK IN

TxOUT0-

TxOUT0+

TxOUT1-

TxOUT1+

TxOUT2-

TxOUT2+

TxCLKOUT-

TxCLKOUT+

TxOUT3-

TxOUT3+

U66
N/DS90CF385A

BROUT7

18

BROUT5

16

BROUT3

14

BROUT1

12

BROUT0

9

BROUT2

7

BROUT4

5
3

20

VCCBF

10

D

BGOUT7

18

BGOUT5

16

BGOUT3

14

BGOUT1

12

BGOUT0

9

BGOUT2

7

BGOUT4

5

BGOUT6

3

20

VCCBF

10

D

BBOUT7

18

BBOUT5

16

BBOUT3

14

BBOUT1

12

BBOUT0

9

BBOUT2

7

BBOUT4

5

BBOUT6

3

20

VCCBF

10

D

R439

DBLANKN

U24'F
74LVT04

N/0

R440
N/0
1/16W

1 2
3 4
5 6
7 8

9 10
11 12
13 14
15 16
17 18
19 20
21 22
23 24
25 26
27 28
29 30
31 32
33 34
35 36
37 38
39 40

SC2_33

SD2_33

PNLCTL33 PNL_CTLn

DSHSYNCO

27

28

DSVSYNCO

R432

30

31

48

47

46

45

42

41

40

39

38

37

1/16W

N/0

RXIN0-

RXIN0+

RXIN1-

RXIN1+

RXIN2-

RXIN2+

RXCLKIN-

RXCLKIN+

RXIN3-

RXIN3+
SC2

R73
N/0
1/16W

BROUT0
BROUT1
BROUT2
BROUT3
BROUT4
BROUT5
BROUT6
BROUT7

BGOUT0
BGOUT1
BGOUT2
BGOUT3
BGOUT4
BGOUT5
BGOUT6
BGOUT7

BBOUT0
BBOUT1
BBOUT2
BBOUT3
BBOUT4
BBOUT5
BBOUT6
BBOUT7

1/16W

SCL2_33

SDA2_33

V33

14

1312

7

J1
N/CP1623-140-A

RP36
22 ohm

1 8
2 7
3 6
4 5
1 8
2 7
3 6
4 5

RP37
22 ohm

RP38

22 ohm
1 8
2 7
3 6
4 5
1 8
2 7
3 6
4 5

RP49

22 ohm

RP40

22 ohm
1 8
2 7
3 6
4 5
1 8
2 7
3 6
4 5

RP41

22 ohm

SCL2_33 P[2,7,13,18]

SDA2_33 P[2,7,13,18]

PCLK_LG

C422

T

N/22PF
50V

R84

N/0
1/16W

C351
47PF
50V

T

T

C359
47PF
50V

T

T

C367
47PF
50V

T

T

SD2

C353

C352

47PF

47PF

50V

50V

T

T

C361

C360

47PF

47PF

50V

50V

T

T

D DD D D DDD

C369

C368

47PF

47PF

50V

50V

T

T

D DD D D DDD

LVDS33

LVDS33

BRROUT6
BRROUT7
BRROUT0
BRROUT1
BRROUT2
BRROUT3
BRROUT4
BRROUT5

BRGOUT6
BRGOUT7
BRGOUT0
BRGOUT1
BRGOUT2
BRGOUT3
BRGOUT4
BRGOUT5

BRBOUT6
BRBOUT7
BRBOUT0
BRBOUT1
BRBOUT2
BRBOUT3
BRBOUT4
BRBOUT5

50

51
52
54
55
56

10

11
12
14

16
18
15
19
20
22
23
24

25

2

3

8

4
6
7

R393

N/0
1/16W

+

+

R391

N/0
1/16W

TxIN27
TxIN5
TxIN0
TxIN1
TxIN2
TxIN3
TxIN4
TxIN6

TxIN10
TxIN11
TXIN7
TxIN8
TxIN9
TxIN12
TxIN13
TxIN14

TxIN16
TxIN17
TxIN15
TxIN18
TxIN19
TxIN20
TxIN21
TxIN22

TxIN23

ROUT[0..7]

GOUT[0..7]

BOUT[0..7]

C401
N/10uF
16V

C400
N/10uF
16V

ROUT7
ROUT5
ROUT3
ROUT1
ROUT0
ROUT2
ROUT4
ROUT6 BROUT6

PNL_CTLn

GOUT7
GOUT5
GOUT3
GOUT1
GOUT0
GOUT2
GOUT4
GOUT6

PNL_CTLn

BOUT7
BOUT5
BOUT3
BOUT1
BOUT0
BOUT2
BOUT4
BOUT6

PNL_CTLn

R402

N/0
1/16W

C396
N/0.1uF
25V
Z

R408

N/0

C397

1/16W

N/0.1uF
25V

Z

LVDS33

R390

N/0
1/16W

1

R-FB

GND

GND

GND

GND

PLL GND

GND

5

132129

33

353643

53

ROUT[0..7]P[5]

GOUT[0..7]P[5]

BOUT[0..7]P[5]

C354
47PF
50V

C362
47PF
50V

C370
47PF
50V

BRROUT0

BRROUT1

BRROUT2

BRROUT3

BRROUT4

BRROUT5

BRROUT6

BRROUT7

BRGOUT0

BRGOUT1

BRGOUT2

BRGOUT3

BRGOUT4

BRGOUT5

BRGOUT6

BRGOUT7

C355
47PF
50V

T

C363
47PF
50V

T

C371
47PF
50V

T

C357

C356

47PF

47PF

50V

50V

T

T

DD DD D DD D

C364

C365

47PF

47PF

50V

50V

T

T

C373

C372

47PF

47PF

50V

50V

T

T

1

GND

2

R0

3

R1

4

R2

5

R3

6

GND

7

R4

8

R5

9

R6

10

R7

11

GND

12

G0

13

G1

14

G2

15

G3

16

GND

17

G4

18

G5

19

G6

20

G7

21

GND

D D

C358
47PF
50V

T

C366
47PF
50V

T

C374
47PF
50V

T

J20

CP1626-141--

BLANK

DISPEN

BRROUT0
BRROUT1

BRROUT2
BRROUT3
BRROUT4
BRROUT5
BRROUT6
BRROUT7

BRGOUT0
BRGOUT1
BRGOUT2
BRGOUT3
BRGOUT4
BRGOUT5
BRGOUT6
BRGOUT7

BRBOUT0
BRBOUT1
BRBOUT2
BRBOUT3
BRBOUT4
BRBOUT5
BRBOUT6
BRBOUT7

B0

B1

B2

B3

GND

B4

B5

B6

B7

GND

Hsync

GND

Vsync

GND

GND

DCLK

GND

GND

U18

74LVC244ADB

R435
N/10K

1/16W

BRROUT7
BRROUT6
BRROUT5
BRROUT4
BRROUT3
BRROUT2
BRROUT1
BRROUT0
BRGOUT7
BRGOUT6
BRGOUT5
BRGOUT4

POCLK

VSYNCO

HSYNCO

BLANKn

TP68

PNL_CTLn

TMDS33

33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48

C443

0.1uF
25V
Z

LGDISPEN P[1]

V33

TP14

TP15

TP16

R130
N/0

1/16W

32

TX2-

TX2+

AVCC

AGND

VCC
RESERVED
DKEN
D23
D22
D21
D20
D19
D18
D17
D16
D15
D14
D13
D12
GND

PVCC2

D11

D10D9D8D7D6

495051525354555657585960616263

BRGOUT3
BRGOUT2
BRGOUT1
BRGOUT0
BRBOUT7
BRBOUT6

R441

1/16W

V33

C435

C446

+

10uF
16V

L17
0
1/8W

0.1uF
25V
Z

TX1+

POCLKP[3,5]

VSYNCOP[2,5]

HSYNCOP[2,5]

BLANKnP[5]

PNL_CTLnP[1]

TMDS33

R429

N/10K

1/16W

R436
0
1/16W

R430
0
1/16W

PVCC

BRBOUT0

22

23

BRBOUT1

24

BRBOUT2

25

BRBOUT3

26

BRBOUT4

27

28

BRBOUT5

29

BRBOUT6

30

BRBOUT7

31

DSHSYNCO

32

33

34

DSVSYNCO

35

DBLANKN

36

37

38

PCLK_LG

39

40

41

R43
0
1/16W

R42

N/0
1/16W

+

PGND

LGDISPEN

C434
10uF
16V

TX1-

AGND

0

L51
200+ Ohm

D

L54

0
1/8W

+

TX0+

IDCK-

2
4
6

8
11
13
15

17

1

19

AVCC

TX0-

TXC-

TXC+

AVCC

AGND

IDCK+D5D4D3D2D1D0

C447

10uF

16V

C59
47uF
16V

1Y1
1Y2
1Y3
1Y4
2Y1
2Y2
2Y3

2Y4

VCC

GND

171819202122232425262728293031

PGND

PVCC1

BSEL/SCL

DSEL/SDA

ISEL/RST

MSEN

EDGE/HTPLG
CTL1/A1/DK1
CTL2/A2/DK2
CTL3/A3/DK3

VSYNC
HSYNC

GND

64

+

18
16
14
12
9
7
5

3

20

10

R348
510
1/16W

PGND

16

GND

15
14
13
12

VCC

11
10

PD

9
8
7
6
5
4
3

VREF

2

DE

1

VCC

U69
SII164CT64
TMDS INTERFACE

BRBOUT0
BRBOUT1
BRBOUT2
BRBOUT3
BRBOUT4
BRBOUT5
PCLK_LG

C436

0.1uF
16V
Z

1A1
1A2
1A3
1A4
2A1
2A2
2A3

2A4

1G

2G

TX2+
TX2­TX1+
TX1­TX0+
TX0­TXC+
TXC-

EXT_SWING

TMDS33

Note: All polarized CAPs should be Tantalum

PGND

VCCBF

C60

C61

0.1uF
25V
Z

C62

0.1uF
25V

Z

0.1uF
25V

Z

R382 22 1/16W

R86 N/22 1/16W

TP17

TP18

TP19

C433
10uF
16V

PVCC

PGND

0 1/16W

100 1/16W
100 1/16W

C438

0.1uF
16V
Z

VCCBF

TP21

R131
N/0
1/16W

D

TMDS33

+

R347

R433
R443

R442 100 1/16W

C437

0.1uF
16V
Z

C63

0.1uF
25V

Z

BVSYNCO

BHSYNCO

BBLANKN

C442

0.1uF
25V
Z

SC2_33
SD2_33

C444

0.1uF
16V
Z

VCCBF

TMDS33

PNLCTL33

DSVSYNCO
DSHSYNCO

DBLANKN

TMDS33

L50
N/0
1/8W

PCLK_LG

BPCLKO

L53
0

L52
200+ Ohm

LVDS33

+

C399
N/10uF
16V

TP20

1 8
2 7
3 6
4 5

RP35
22 ohm

R428 10K 1/16W
R448 N/10K 1/16W
R447 N/10K 1/16W
R446 5.6K 1/16W
R445 10K 1/16W
R444 10K 1/16W
R438 10K 1/16W
R437 N/10K 1/16W

R431 N/0 1/16W
R423 0 1/16W
R325 0 1/16W

R324 N/0 1/16W
R228 N/0 1/16W
R227 N/0 1/16W
R226

R434

TMDS33

2.2K
1/16W

CP1623-140-A

1
3
5

TX2+

7
9

11

TX2-

13
15

TX1+

17

TX1-

19
21

TX0+

23
25

TX0-

27
29
31

TXC+

33
35

TXC-

37
39

PVCC

Connect to TMDS
PDP Module

AVCC

C439

C448

+

0.1uF

10uF

16V
Z

16V

C394

C390

N/0.1uF

N/0.1uF

25V

25V

Z

Z

DSVSYNCO
DSHSYNCO
DBLANKN

0 1/16W

J18

C440

0.1uF
16V
Z

C395
N/0.1uF
25V

Z

TMDS33

2
4
6
8
10
12
14
16
18
20
22
24
26
28
30
32
34
36
38
40

C441

0.1uF
16V
Z

C398

N/0.1uF
25V
Z

For SAMSUNG LVDS P DP

37 First issue 10 / 04

MAIN BOARD SCHEMATIC DIAGRAM: DIGITAL SYSTEM (IMAGE SCALING)

J8
N/CON6

1
2
3
4
5
6

VIP711

PID[16..23]P[7,8]

PID[24..31]P[7,8]

PID[32..39]P[7,8]

PID[40..47]P[7,8]

+ C71

PID[0..7]P[7,8]

PID[8..15]P[7,8]

VIP711

22uF
16V

PCn_MPU
PCSCS
PCSI

PCSCLK

SSO

D

PICLKP[3]

PIVSP[3]
PIHSP[3]

FREEZEP[1]

PID[0..7]

PID[8..15]

PID[16..23]

PID[24..31]

PID[32..39]

PID[40..47]

C72

+ +

22uF
16V

C73
22uF
16V

C74

0.1uF
25V
Z

TP24

V33P

PID0
PID1
PID2
PID3
PID4
PID5
PID6
PID7

PID8
PID9
PID10
PID11
PID12
PID13
PID14
PID15

PID16
PID17
PID18
PID19
PID20
PID21
PID22
PID23

PID24
PID25
PID26
PID27
PID28
PID29
PID30
PID31

PID32
PID33
PID34
PID35
PID36
PID37
PID38
PID39

PID40
PID41
PID42
PID43
PID44
PID45
PID46
PID47

L15
0

1/8W

C75

0.1uF
25V
Z

R403

N/0
1/16W

VIP711

C76

0.1uF
25V
Z

VIP711

MA_IP11

MA_IP13

MA_IP13

MA_IP2

MA_IP1

MA_IP0

MA_IP12

767580818283868788899091929378910141516

BA0

BA1

MA0

190

PID0

191

PID1

192

PID2

193

PID3

194

PID4

195

PID5

196

PID6

197

PID7

198

PID8

199

PID9

201

PID10

203

PID11

204

PID12

205

PID13

206

PID14

207

PID15

208

PID16

209

PID17

210

PID18

211

PID19

214

PID20

215

PID21

216

PID22

217

PID23

218

PID24

219

PID25

220

PID26

221

PID27

222

PID28

223

PID29

225

PID30

226

PID31

227

PID32

228

PID33

229

PID34

230

PID35

231

PID36

232

PID37

233

PID38

234

PID39

235

PID40

238

PID41

239

PID42

240

PID43

241

PID44

242

PID45

243

PID46

244

PID47

248

PICLK

245

PIVS

246

PIHS

250

PIFLD

251

PIVSGO

C77

0.1uF
25V
Z

D

MA1

VDD

VDD

VDD

VDD

VDD

13192633404754606774859498

C78

C79

0.1uF

0.1uF

25V

25V

Z

Z

MA_IP3

MA2

VDD

MA_IP4

MA3

MA4

VDD

VDD

MA_IP5

MA_IP6

MA5

VDD

MA_IP7

MA6

VDD

MA7

VDD

C80

0.1uF
25V
Z

TP22

TP23

MA_IP8

MA_IP9

MA8

MA9

VDD

VDD

MA_IP10

MA_IP11

MA10

MA11

VDD

VDD

113

121

VDD

C81

0.1uF
25V
Z

128

MD_IP0

MD_IP1

MD0

VDD

134

MD_IP2

MD1

MD2

VDD

VDD

141

147

MA_IP[0..13] P[6]

MD_IP44

MD_IP38

MD_IP39

MD37

MD38

MD_IP40

MD39

MD40

MD_IP41

MD_IP42

MD41

MD42

MD_IP43

MD_IP45

MD43

MD44

MD_IP46

MD45

MD_IP4

MD_IP3

MD3

MD_IP5

MD4

MD_IP11

MD_IP6

MD_IP9

MD_IP7

MD_IP8

17122021222324272829303134353637384142434445484950515355565758616263646668697071732787977349997

MD5

MD6

MD7

MD8

MD_IP10

MD9

MD10

MD_IP12

MD11

MD12

MD_IP14

MD_IP13

MD13

MD_IP15

MD14

MD15

MD_IP17

MD_IP16

MD16

MD17

MD_IP19

MD_IP18

MD18

MD19

MD_IP21

MD_IP20

MD20

MD21

MD_IP22

MD_IP23

MD22

MD23

MD_IP26

MD_IP25

MD_IP24

MD24

MD25

MD_IP28

MD_IP27

MD26

MD27

MD_IP30

MD_IP29

MD28

MD29

MD_IP31

MD30

MD31

MD_IP33

MD_IP32

MD32

MD33

MD_IP35

MD_IP34

MD34

MD35

MD_IP37

MD_IP36

MD36

U23
IP00C713

VDD

VDD

VDD

VDD

VDD

VDD

VDD

VDD

VDD

VDD

VDD

VDD

AVDD

AGND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

154

C82

0.1uF
25V
Z

5

161

168

175

182

188

202

213

237

249

C83

0.1uF
25V
Z

256

C84

0.1uF
25V
Z

1096108

11182532394652

C85

0.1uF
25V
Z

59

6572849596

V33

C70

0.1uF
25V
Z

D

114

119

126

133

139

146

153

160

167

174

180

SSOP[18]

RSTnC711P[1,8]

187

200

VIP711

212

224

236

SSCS
SSI
SSO
SCLKB

GND

247

RP43
10K ohm

MD_IP47

MD46

MD47

GND

255

D

U22

74LVC157

PCSI

PCSIP[18]

SI

PCn_MPUP[18]

14

5

7

U24E
74LVT04

SIP[1]

PCSCSP[18]

SCSP[1]

SSOP[18]

PCSCLKP[18]

SCLKP[1]

N/HEADER 1X2

ROUT[0..7] P[4]

GOUT[0..7] P[4]

BOUT[0..7] P[4]

VIP711

R92
10K
1/16W

R94
N/0
1/16W

D D

14

1

7

U24C
74LVT04

6

10

PCSCS

SCS

SSO

PCSCLK

SCLK

PCn_MPU

2

JP3

1

U24A
74LVT04

2

D

V33

R93
10K
1/16W

R95
N/0
1/16W

DVI_PICK P[3]

R89
10K
1/16W

MD_IP[0..47] P[6]

CSn_IP P[6]
RASn_IP P[6]
CASn_IP P[6]
WRn_IP P[6]
LDQM P[6]
UDQM P[6]

CLK P[3,6]

CS

CAS

RAS

MWR

MCLK

DQM0

DQM1

MCLKSEL

SSSISO

SCLK

RST

TEST0

TEST1

TESTH

253

2541252

100

101

102

103

D

VIP711

18
27
36
45

POD0
POD1
POD2
POD3
POD4
POD5
POD6
POD7

POD8

POD9
POD10
POD11
POD12
POD13
POD14
POD15

POD16
POD17
POD18
POD19
POD20
POD21
POD22
POD23

POD24
POD25
POD26
POD27
POD28
POD29
POD30
POD31

POD32
POD33
POD34
POD35
POD36
POD37
POD38
POD39

POD40
POD41
POD42
POD43
POD44
POD45
POD46
POD47

POCLK

POVS

POHS
POFLD

POEXT

PODMD

POACT

OSDDT0
OSDDT1
OSDDT2
OSDDT3

OSDEN

DVI_CLKP[8]

118
120
122
123
124
125
127
129

130
131
132
135
136
137
138
140

142
143
144
145
148
149
150
151

152
155
156
157
158
159
162
163

164
165
166
169
170
171
172
173

176
177
178
179
181
183
184
185

105
116
115
117
189
104
186

107
110
111
112
106

DVI_CLK DVI_PICK

VIP711

R90
N/0
1/16W

R91
0
1/16W

D

TP25
TP26

ROUT0
ROUT1
ROUT2
ROUT3
ROUT4
ROUT5

ROUT6

ROUT7
TP27
TP28

GOUT0
GOUT1
GOUT2
GOUT3

GOUT4
GOUT5
GOUT6

GOUT7
TP29
TP30

BOUT0

BOUT1

BOUT2

BOUT3

BOUT4

BOUT5

BOUT6

BOUT7
TP31
TP32

TP33
TP34
TP35
TP36
TP37
TP38
TP39
TP40

TP41
TP42
TP43
TP44
TP45
TP46
TP47
TP48

POCLK P[3,4]
VSYNCO P[2,4]

POFLD

C424

R96

47PF

0

T

1/16W

50V

D

D

SSCLK SCLKB

14

9

7

TP49

TP50

14

3

7

U24D
74LVT04

HSYNCO P[2,4]

R_OSD P[2]
G_OSD P[2]
B_OSD P[2]

DTEN P[2]

U24B
74LVT04

4

14

8

11

7

2

3

5

6

11

10

14

13

1

15

D

VIP711

VIP711

+ C65

22uF
16V

BLANKn P[4]

1A

1B

2A

2B

3A

3B

4A

4B

A/B

G

C66

0.1uF
25V
Z

GND

VCC

4

C67

0.1uF
25V
Z

SSI

SSCS

7

9

SO

SSCLK

12

V33

16

8

C64

0.1uF
25V
Z

D

C68

0.1uF
25V
Z

D

C69

0.1uF
25V
Z

SO P[1]

1Y

2Y

3Y

4Y

First issue 10 / 04 38

MAIN BOARD SCHEMATIC DIAGRAM: DIGITAL SYSTEM (IMAGE SDRAM 16M)

MA_IP[0..13]P[5]

MD_IP[0..47]P[5]

U25

M12L16161A

V33TMP

VDRAM

L16
0

1/8W

MD_IP32
MD_IP33
MD_IP34
MD_IP35
MD_IP36
MD_IP37
MD_IP38
MD_IP39
MD_IP40
MD_IP41
MD_IP42
MD_IP43
MD_IP44
MD_IP45
MD_IP46
MD_IP47

D

A10/AP

LDQM

UDQM

RAS

CAS

WE

CLK
CKE

NC/RFU

21

A0

22

A1

23

A2

24

A3

27

A4

28

A5

29

A6

30

A7

31

A8

32

A9

20
19

BA

14
36

18

CS

17
16
15

35
34

33

NC

37

2

DQ0

3

DQ1

5

DQ2

6

DQ3

8

DQ4

9

DQ5

11

DQ6

12

DQ7

39

DQ8

40

DQ9

42

DQ10

43

DQ11

45

DQ12

46

DQ13

48

DQ14

49

DQ15

25

VDD

1

VDD

7

VDDQ

44

VDDQ

13

VDDQ

38

VDDQ

26

VSS

50

VSS

41

VSSQ

4

VSSQ

10

VSSQ

47

VSSQ

MA_IP0
MA_IP1
MA_IP2
MA_IP3 MA_IP2
MA_IP4
MA_IP5
MA_IP6
MA_IP7
MA_IP8
MA_IP9
MA_IP10
MA_IP12

LDQM
UDQM

CSn_IP
RASn_IP
CASn_IP
WRn_IP

CLK

VDRAM

VDRAM

MD_IP16
MD_IP17
MD_IP18
MD_IP19
MD_IP20
MD_IP21
MD_IP22
MD_IP23
MD_IP24
MD_IP25
MD_IP26
MD_IP27
MD_IP28
MD_IP29
MD_IP30
MD_IP31

U26

M12L16161A

MA_IP0
MA_IP1

MA_IP3
MA_IP4
MA_IP5
MA_IP6
MA_IP7
MA_IP8
MA_IP9
MA_IP10
MA_IP12

LDQM
UDQM

CSn_IP
RASn_IP
CASn_IP
WRn_IP

CLK

VDRAM

VDRAM

MD_IP0
MD_IP1
MD_IP2
MD_IP3
MD_IP4
MD_IP5
MD_IP6
MD_IP7
MD_IP8
MD_IP9
MD_IP10
MD_IP11
MD_IP12
MD_IP13
MD_IP14
MD_IP15

2

DQ0

3

DQ1

5

DQ2

6

DQ3

8

DQ4

9

DQ5

11

DQ6

12

DQ7

39

DQ8

40

DQ9

42

DQ10

43

DQ11

45

DQ12

46

DQ13

48

DQ14

49

DQ15

25

VDD

1

VDD

7

VDDQ

44

VDDQ

13

VDDQ

38

VDDQ

26

VSS

50

VSS

41

VSSQ

4

VSSQ

10

VSSQ

47

VSSQ

D

A10/AP

LDQM

UDQM

RAS
CAS

WE

CLK
CKE

NC/RFU

21

A0

22

A1

23

A2

24

A3

27

A4

28

A5

29

A6

30

A7

31

A8

32

A9

20
19

BA

14
36

18

CS

17
16
15

35
34

33

NC

37

2

DQ0

3

DQ1

5

DQ2

6

DQ3

8

DQ4

9

DQ5

11

DQ6

12

DQ7

39

DQ8

40

DQ9

42

DQ10

43

DQ11

45

DQ12

46

DQ13

48

DQ14

49

DQ15

25

VDD

1

VDD

7

VDDQ

44

VDDQ

13

VDDQ

38

VDDQ

26

VSS

50

VSS

41

VSSQ

4

VSSQ

10

VSSQ

47

VSSQ

D

U27

M12L16161A

A10/AP

LDQM

UDQM

RAS
CAS

WE

CLK
CKE

NC/RFU

21

A0

22

A1

23

A2

24

A3

27

A4

28

A5

29

A6

30

A7

31

A8

32

A9

20
19

BA

14
36

18

CS

17
16
15

35
34

33

NC

37

MA_IP0
MA_IP1
MA_IP2
MA_IP3
MA_IP4
MA_IP5
MA_IP6
MA_IP7
MA_IP8
MA_IP9
MA_IP10
MA_IP12

LDQM
UDQM

CSn_IP
RASn_IP

CASn_IP

WRn_IP

CLK
VDRAM

LDQM P[5]
UDQM P[5]

CSn_IP P[5]
RASn_IP P[5]
CASn_IP P[5]
WRn_IP P[5]

CLK P[3,5]

VDRAM

VDRAM

+

C86
100uF
16V

C87

0.1uF
25V

Z

C88

0.1uF
25V

Z

C89

0.1uF
25V

Z

C90

0.1uF
25V

Z

D

C91

0.1uF
25V

Z

C92

0.1uF
25V

Z

C93

0.1uF
25V

Z

C94

0.1uF
25V

Z

C95

0.1uF
25V

Z

C96

0.1uF
25V

Z

C97

0.1uF
25V

Z

C98

0.1uF
25V

Z

39 First issue 10 / 04

MAIN BOARD SCHEMATIC DIAGRAM: DIGITAL SYSTEM (FLAT PANEL INTERFACE)

P5V

L18
200 Ω

FOR GIVS & GIHS

C105

0.1uF
25V
Z

V33SB

C129

0.1uF
25V

Z

BA033LBSG

1

VCC

3 4

CTL C

FGHSP[3,9]

FGVSP[3,8,9]

DDCVSYNCP[3]

PIHSSP[3]

C114

0.1uF
25V

Z

D

V33ADC

V33ADC

C130

0.1uF
25V

Z

U28

5

OUT

7

7

C118

0.1uF
25V

Z

C133

0.1uF
25V

Z

+

R102
75
1/16W

74LVT14

74LVT14

C99
10uF
16V

U30E

U30F

C119

0.1uF
25V

Z

C134

0.1uF
25V

Z

10

12

C106

SDA2_33

SCL2_33

U30A

74LVT14

U30C

74LVT14

C117

0.1uF
25V

Z

C132

0.1uF
25V

Z

0.01uF
50V

C420
N

D

2

6

14

11

14

13

GND

2

D

SDA2_33P[2,4,13,18]

SCL2_33P[2,4,13,18]

PD_9884nP[1]

SDA2P[1,2,10,12,13,14,18]

SCL2P[1,2,10,12,13,14,18]

FGRINP[9]

FGGINP[9]

FGBINP[9]

14

1

7

14

5

7

DDCVSYNC

P5V

C116

0.1uF
25V

Z

C131

0.1uF
25V

Z

R48
N/0
1/16W

R103
75
1/16W

14

3

7

14

9

7

VDD33

R99
N/150
1/16W

C120

0.1uF
25V

Z

C135

0.1uF
25V

Z

D

V33PLL

C107

0.1uF
25V

Z

R104
75
1/16W

U30B

74LVT14

U30D

74LVT14

R100
N/150
1/16W

C109

0.047uF
16V

4

8

R111
33
1/16W

R114
33
1/16W

C121

0.1uF
25V

Z

D

C136

0.1uF
25V

Z

C100

0.1uF
25V

Z

R107
N/33
1/16W

R108
33
1/16W

R110
N/33
1/16W

R317
33
1/16W

R318
33
1/16W

0.047uF
16V

C110

0.047uF
16V

R105
33
1/16W

C122

0.1uF
25V

Z

C137

0.1uF
25V

Z

C108

C101

0.1uF
25V

Z

C123

0.1uF
25V

Z

C138

0.1uF
25V

Z

V33PLL

C102

0.1uF
25V

Z

D

GIVS P[1]

GIHS P[1]

+ C115

10uF
16V

C139

0.1uF
25V

Z

L19
200 Ω

C103

0.1uF
25V

Z

R106
10K
1/16W

D

R389
0
1/16W

D

V33PLL

V33

C104

0.1uF
25V

Z

C113

0.039uF
16V

R101
0
1/16W

D

C112
3900PF
50V

R109

3.3K
1/16W

P5V

VDD33

C125

0.1uF
25V

Z

R97
N/10K

1/16W

R98
0
1/16W

D

D

V33ADC

C111

0.1uF
25V
Z

C126

0.01uF
50V

V33PLL

3334434850

PVD

PVD

PVD

PVD

1

NC

2

NC

3

NC

4

VD

8

VD

10

VD

11

VD

16

VD

18

VD

19

VD

23

VD

25

VD

124

VD

128

VD

125

/PWRDWN

27

CKINV

28

CLAMP

29

SDA

30

SCL

31

A0

32

A1

7

RAIN

15

GAIN

22

BAIN

127

REFIN

126

REFOUT

36

NC

37

NC

38

NC

40

HSYNC

41

COAST

44

CKEXT

45

FILT

5

GND

6

GND

9

GND

12

GND

13

GND

14

GND

17

GND

20

GND

21

GND

24

GND

26

GND

46

NC

118

NC

GND

GND

GND

GND

GND

GND

35394247495152

U31

BA033

1

VIN

GND

2

D

VOUT

3

PVD

U29

AD9884AKS

GND

GND

GND

GND

53

122

123

L40
200 Ω

5464748494

VDD

VDD

VDD

VDD

GND

GND

GND

637383

D

V33ADC

+ C124

VDD

GND

93

100uF
16V

104

103

114

VDD

GND

113

VDD33

120

VDD

VDD

112

DRA0

111

DRA1

110

DRA2

109

DRA3

108

DRA4

107

DRA5

106

DRA6

105

DRA7

102

DRB0

101

DRB1

100

DRB2

99

DRB3

98

DRB4

97

DRB5

96

DRB6

95

DRB7

92

DGA0

91

DGA1

90

DGA2

89

DGA3

88

DGA4

87

DGA5

86

DGA6

85

DGA7

82

DGB0

81

DGB1

80

DGB2

79

DGB3

78

DGB4

77

DGB5

76

DGB6

75

DGB7

72

DBA0

71

DBA1

70

DBA2

69

DBA3

68

DBA4

67

DBA5

66

DBA6

65

DBA7

62

DBB0

61

DBB1

60

DBB2

59

DBB3

58

DBB4

57

DBB5

56

DBB6

55

DBB7

115
116
117

GND

119

DATACK

/DATACK

HSOUT

GND

GND

121

IIC ADDR:98H(W), 99(R)

C127

0.1uF
25V

Z

C128

0.01uF
50V

DRA0
DRA1
DRA2
DRA3

DRA4
DRA5
DRA6
DRA7

DRB0
DRB1
DRB2
DRB3
DRB4
DRB5
DRB6
DRB7

DGA0
DGA1
DGA2
DGA3
DGA4
DGA5
DGA6
DGA7

DGB0
DGB1
DGB2
DGB3
DGB4
DGB5
DGB6
DGB7

DBA0
DBA1
DBA2
DBA3
DBA4
DBA5
DBA6
DBA7

DBB0
DBB1
DBB2
DBB3
DBB4
DBB5
DBB6
DBB7

1 8
2 7
3 6
4 5
1 8
2 7
3 6
4 5

1 8
2 7
3 6
4 5
1 8
2 7
3 6
4 5

1 8
2 7
3 6
4 5
1 8
2 7
3 6
4 5

1 8
2 7
3 6
4 5
1 8
2 7
3 6
4 5

1 8
2 7
3 6
4 5
1 8
2 7
3 6
4 5

1 8
2 7
3 6
4 5
1 8
2 7
3 6
4 5

DATACKn

PLLHS

RP10
33 ohm

RP11
33 ohm

RP13
33 ohm

RP14
33 ohm

RP15
33 ohm

RP16
33 ohm

RP17
33 ohm

RP18
33 ohm

RP19
33 ohm

RP20
33 ohm

RP21
33 ohm

RP22
33 ohm

TP51

TP52

PID0
PID1
PID2
PID3
PID4
PID5
PID6
PID7

PID8
PID9
PID10
PID11
PID12
PID13
PID14
PID15

PID16
PID17
PID18
PID19
PID20
PID21
PID22
PID23

PID24
PID25
PID26
PID27
PID28
PID29
PID30
PID31

PID32
PID33
PID34
PID35
PID36
PID37
PID38
PID39

PID40
PID41
PID42
PID43
PID44
PID45
PID46
PID47

R113
33
1/16W

PID[0..7] P[5,8]

PID[8..15] P[5,8]

PID[16..23] P[5,8]

PID[24..31] P[5,8]

PID[32..39] P[5,8]

PID[40..47] P[5,8]

C414

T

22PF
50V

D

DATACK P[3]

PLLHSO P[3]

First issue 10 / 04 40

MAIN BOARD SCHEMATIC DIAGRAM: DIGITAL SYSTEM (PANEL LINK RECEIVER DVI SIL161)

R87

V33

U33

AT24C21

FGVS P[3,7,9]

VSSSDA

A0

A1

A2

120 Ω/2A

L20
N/0
1/8W

+

D

R115

4.7
1/16W

R117

4.7
1/16W

1

2

3

45

C142
10uF
10V
M

D

VDVID

+

D

L22
120 Ω/2A

C143
10uF
10V
M

DVI_5V

R126
N/1K

1/16W

TP56

D

TP53

TP54

TP55

L23

120 Ω/2A

R125
10K
1/16W

Hot Plug Detection

J23
T128A-BJST

TMDSD5N

TMDSD3N

TMDSD5P TMDSD4P

C158
10uF

16V

TMDSD0N

TMDSD0P

TMDSD1P

+

D

1
2
3
4
5
6
7
8
9
10

TMDSCP

TMDSCN

TMDSD2P
TMDSD2N

TMDSD1N
TMDSD0P
TMDSD0N
TMDSCP
TMDSCN

D

C5

J9
D1555-128--

17

18

10

19

20

12

21

22

14

23

24

16

C3

J24
T128A-BJST

1

9

2

3

11

4

5

13

6

7

15

8

C1

C5C5

1
2
3
4
5
6
7
8
9
10

TMDSD2N

TMDSD1N

TMDSD2P

TMDSD4N

TMDSD3P

C5

V33SB

RX2P
RX2N
RX1PTMDSD1P
RX1N
RX0P
RX0N
RXCP
RXCN

D

TP57

TP58

TP59

SCLDVI

SDADVI

D

ANGVS

R119
10K

D

1/16W

R127
N/0
1/16W

R128
N/0
1/16W

C140

100PF

VDVIA

T

50V

PPP5V

R120
10K
1/16W

L21
120 Ω/2A

C141

+

10uF
10V
M

D2

RLS4148

D3
RLS4148

C157

0.1uF
25V
Z

D

8

VCC

7

TEST

6

SCL

DVI_VS

SB5V

DVI_5V

T

C144
330PF
50V

C145

T T

330PF
50V

C153

T T

100PF
50V

OCKINVP[1]

PD_DVInP[1]

DVI_HSP[3]
DVI_VSP[3]

DVI_CLKP[5]

C147
330PF
50V

OCKINV

C156
100PF
50V

C148
330PF
50V

R122
33
1/16W

R124
0

1/16W

R118
2K
1/16W

C146

T T T T T

330PF
50V

C154

C155

T T

100PF

100PF

50V

50V

U32

SII161BCT

PID[40..47] P[5,7]

PID[24..31] P[5,7]

PID[8..15] P[5,7]

PID[32..39] P[5,7]

PID[16..23] P[5,7]

PID[0..7] P[5,7]

RSTnC711 P[1,5]

DFO

PID40
PID41
PID42
PID43
PID44
PID45
PID46
PID47

PID24
PID25
PID27
PID26
PID28
PID29
PID30
PID31

PID8
PID9
PID10
PID11

PID12
PID13
PID14
PID15

PID32
PID33
PID34
PID35
PID36
PID37
PID38
PID39

PID16
PID17
PID18
PID19
PID20
PID21
PID22
PID23

PID0
PID1
PID2
PID3
PID4
PID5
PID6
PID7

R123
0
1/16W

R238
0
1/16W

RP23

18

OVCC

29

9)

OVCC

43

OVCC

57

OVCC

78

OVCC

6

VCC

38

VCC

67

VCC

19

OGND

28

OGND

45

OGND

58

OGND

76

OGND

5

GND

39

GND

68

GND

97

PVCC

98

PGND

79

AGND

83

AGND

87

AGND

89

AGND

92

AGND

82

AVCC

84

AVCC

88

AVCC

95

AVCC

80

RX2+

81

RX2-

85

RX1+

86

RX1-

90

RX0+

91

RX0-

93

RXC+

94

RXC-

96

EXT_RES

99

RESERVED

100

OCK_INV&SCL

1

DFO&RST

2

PD

3

ST&SDA

4

PIXS

48

HSYNC

47

VSYNC

46

DE

44

ODCK

40

CTL1&HS_DJTR

41

CTL2&OCK_INV

42

CTL3

C150
330PF
50V

D

TP60

C151
330PF
50V

VDVIA

RX2P
RX2N

RX1P
RX1N

RX0P
RX0N

RXCP
RXCN

RESERVED
SCL169

DFO

ST
PIXS

DVI_VS

HS_DJTR

(SDA16

C149
330PF
50V

C152

+

10uF
10V
M

VDVIA

R116
390
1/16W

R233
0
1/16W

R121
33
1/16W

R234
0
1/16W

QO0
QO1
QO2
QO3
QO4
QO5
QO6
QO7

QO8

QO9
QO10
QO11
QO12
QO13
QO14
QO15

QO16
QO17
QO18
QO19
QO20
QO21
QO22
QO23

QE0
QE1
QE2
QE3
QE4
QE5
QE6
QE7

QE8

QE9
QE10
QE11
QE12
QE13
QE14
QE15

QE16
QE17
QE18
QE19
QE20
QE21
QE22
QE23

STAG_OUT

SCDT

PDO

49
50
51
52
53
54
55
56

59
60
61
62
63
64
65
66

69
70
71
72
73
74
75
77

10
11
12
13
14
15
16
17

20
21
22
23
24
25
26
27

30
31
32
33
34
35
36
37

7
8
9

33 ohm

RP24
33 ohm

RP25
33 ohm

RP26
33 ohm

RP27
33 ohm

RP28
33 ohm

RP29
33 ohm

RP30
33 ohm

RP31
33 ohm

RP32
33 ohm

RP33
33 ohm

RP34
33 ohm

1 8
2 7
3 6
4 5
1 8
2 7
3 6
4 5

1 8
2 7
3 6
4 5
1 8
2 7
3 6
4 5

1 8
2 7
3 6
4 5
1 8
2 7
3 6
4 5

1 8
2 7
3 6
4 5
1 8
2 7
3 6
4 5

1 8
2 7
3 6
4 5
1 8
2 7
3 6
4 5

1 8
2 7
3 6
4 5
1 8
2 7
3 6
4 5

STAGOUT
SCDT
PDO

C4

P5V

D4

2

BAV99

TMDSCP

3

1

P5V

D11

2

BAV99

TMDSCN

3

1

D12

2

BAV99

3

1

P5V

2

BAV99

3

TMDSD0N

1

P5V

D14

2

BAV99

TMDSD1P

3

1

P5V

D8

2

BAV99

3

TMDSD1N

1

C2

R133
N/0
1/16W

P5V

D15

2

BAV99

TMDSD2P

3

1

P5V

D16

2

BAV99

3

TMDSD2N

1

PPP5VP5V

D18

2

BAV99

1

PPP5V

2

1

D17
BAV99

R135
0
1/16W

SDADVITMDSD0P

3

D

3

SCLDVI

R137
N/0
1/16W

R139
0
1/16W

R141
N/0
1/16WD13

R143
N/0
1/16W

R252
N/0
1/16W

OCKINV

DFO

RESERVED

ST

PIXS

STAGOUT

HS_DJTR

R134
10K
1/16W

R136
N/0
1/16W

R138
10K
1/16W

R140
N/0
1/16W

R142
10K
1/16W

R144
10K
1/16W

R251
10K
1/16W

VDVID

SDADVI

SCLDVI

Func.

SB5V

RESET*

5

RP45
10K ohm

1827364

V33SB

Q20
BSN20

3

1

2

Q21

3

BSN20

2

V33SB

1

V33SB

D(3)

M8p

G(1)

BSN20

R249 33 1/16W

R231 33 1/16W

S(2)

ST

(SDA169)

SCL169

DFO

SCL

ST

SDA

OCK_INV

HS_DJTR

EXT_RES

I2C
Voltage
Level
Shifting

R238

R135

R136

R233

R231

R139

R249

R233

R234

R251

R116

RP45
R249
R231
Q20
Q21

SiI161A

X

O

X

X

X

O

X

O

X

X

470 ohm

X

SiI161BParts

390 ohm

SiI169

XO

X

O

X

X

XX

X

O

X

O

X

X

X

O

X

O

X

O

O

390 ohm

O

41 First issue 10 / 04

MAIN BOARD SCHEMATIC DIAGRAM: DIGITAL SYSTEM (VGA INPUT/OUTPUT)

BINP[19]

SB5V_V

VGA_5V

ROUT

SDA_RGB

SCL_RGB

SCL_RGB

SDA_RGB

FGVS

VGA_RINP[19]

VGA_GINP[19]

VGA_BINP[19]

VGA_5V

SB5V_V

+

V

R157

4.7
1/16W

R158
N/4.7
1/16W

R161
10K
1/16W

VGA_RIN

VGA_GIN

VGA_BIN

R152
N/0
1/16W

R163
100
1/16W

F14
RFILN1020-1---A

1

F16
RFILN1020-1---A

1

C179
47uF
16V

SB5V_VO

2

V

2

V

D25
RLS4148

D27
N/RLS4148

R162
10K
1/16W

Q10
2SC2412KBQ

R164

1.2K
1/16W

V

3

3

C178

0.1uF
25V
Z

D

10

V

SB5V_V

VGAVSOUT

1
2
3
4 5

AT24C21

8

VCC

7

TEST

6

SCL

6

1

7

2

8

3

9

4

5

S1
D1550-115-­VGA IN

11

12

13

14

15

S2
D1550-115-­VGA OUT

U35 Socket
I1177-108--

U35

1

D28
BAV99

F18
0
1/8W

8
7
6

1

A0

2

A1

3

A2

45

VSSSDA

D

11

SD_RGB

12

VGA_HSIN

13

VGA_VSIN

14

SC_RGB

15

F12
0
1/8W

C180

T

100PF

3

50V

2

V

6

VGA_ROUT

1

7

2

VGA_GOUT

8

3

VGA_BOUT

9

4

10

5

V

R170
1K
1/16W

3

1

D32

V

BAV99

F15

0
1/8W

VGAHSOUT

R169
75
1/16W

2

F8
0
1/8W

F10
0
1/8W

F9
0
1/8W

F11
0
1/8W

C182

100PF

50V

SB5V_V

GINP[19]

RINP[19]

R369
220

YPBPR_RP[12]

YPBPR_GP[12]

YPBPR_BP[12]

SDA_RGB

3

1

2

2

V

HS

2

T

V

R168
1K
1/16W

SB5V_V

R326
0
1/16W

SB5V_V

3

1

D23
BAV99

V

3

1

D29
BAV99

2SC2412KBQ

SB5V_V

3

1 2

D31
BAV99

SB5V_VO

Q12

R167
75
1/16W

D22
BAV99

V

3

1

D24
BAV99

V

SCL_RGB

3

1

V

FGVS

T

V

D26
BAV99

F17
0
1/8W

2

SB5V_V

F13
0
1/8W

C181

100PF

50V

3

1

D30
BAV99

1/16W

R370
220
1/16W

R371
220
1/16W

FGVS

R330
0
1/16W

VS

2

SB5V_V

SB5V_V

R376
10
1/16W

C405

+

10uF
16V

V

2

SB5V_V

R166

1.2K
1/16W

V

FGHS

SB5V_V

R159
100
1/16W

R372 120 1/16W

R373

R374

FGHS

SB5V_VO

Q11
2SC2412KBQ

R165

1.2K
1/16W

V

BOUT

R160
100
1/16W

120 1/16W

120 1/16W

GOUT

R353
0
1/16W

R354 0 1/16W

+

U34

BA7657F

1

RINA

3

GINA

5

BINA

7

RINB

9

GINB

11

BINB

12

VDINA

24

HDINA

13

VDINB

23

HDINB

SB5V

15

6

V

+

35V

D41

V

HS

VS

VCC

ROUT

GOUT

BOUT

VDOUT

HDOUT

HD-DETEC

RGND

GGND

BGND

GND

14

7

C388

0.068uF
16V

V

R337
1K
1/16W

CTL

D43
RLS4148

20

21

19

15

14

22

2

16

8

4

6

10

13

8

+

D42
RLS4148

V

C389

4.7uF
35V

V

P5V

SB5V_V

12

9

+

C391
10uF
16V

V

D50
RLS4148

T

R331
47K
1/16W

R338
1K
1/16W

ROUT

GOUT

BOUT

FGVS

FGHS

C177
470PF
50V

10 11

V

19

2

SB5V_V

V

D45
RLS4148

C382

0.01uF
50V

V

Q43
2SC2412KBQ

C385

4.7uF
35V

R335
1K
1/16W

R351
0
1/16W

RIN

GIN

BIN

R418
N/0
1/16W

R419
N/0
1/16W

18

17

U64
M53347FP
SYN C SIGNAL PROCESSOR

3

4

RLS4148

+

R336
56K
1/16W

V

16

5

C386

4.7uF

C168

0.01uF
50V

C170

0.01uF

+

P9V

RGB_GIN

50V

+

C173
47uF
16V

RGB_DVSP[19]

RGB_DHSP[19]

YPBPR_VSP[12]

YPBPR_HSP[12]

R387

SB5V_V

1.8K
1/16W

C409

+

10uF
16V

V

C384

4.7uF
35V

A

C174

0.01uF
50V

A

C175

A

47uF
16V

C408

0.1uF
25V
Z

V

RGB_GINP[19]

Q48
2SC1213C

+

C171
47uF
16V

ZD1
MTZJ7.5B

V

SB5V_V

R339
10K
1/16W

D39
RLS4148

D40
RLS4148

+

RGB_DVS

RGB_DHS

YPBPR_VS

YPBPR_HS

+

C381
100uF
16V

V

R333
56K
1/16W

R334
56K
1/16W

C410

+

47uF
16V

V

20

1

C160
22uF
16V

V

R156
10K
1/16W

C161

0.1uF
25V
Z

R153
470K
1/16W

C383

T

180PF
50V

V

C387

T

560PF
50V

V

C58

+

10uF
16V

V

R383
10
1/16W

SB5V_V

R88
56K
1/16W

SB5V_V

A5VA5V

R377
10
1/16W

C172

+

R155

1.2K
1/16W

V

10

B

VEE

7

Q44
2SC2412KBQ

47uF
16V

V

FGRIN P[7]

FGGIN P[7]

FGBIN P[7]

FGVS P[3,7,8]

FGHS P[3,7]

YUVn_RGB P[1]

SOGn P[1]

RGB_HS

9

C

GND

8

V

RGB_VS

V

RGB_HS P[19]

RGB_VS P[19]

Q7
2SC2412KBQ

R145
100
1/16W

R150
100
1/16W

R154
100
1/16W

14

15416

Y

VCC

IC13
HEF4053BT

Y0

Y1

2

1

V

2SC2412KBQ

R332

6.8K
1/16W

13

X

R129
56K

1/16W

Q8

X1

Z

R148

1.2K
1/16W

V

V

2SC2412KBQ

12

X0

Z0Z1INH A

536 11

R151

1.2K
1/16W

Q9

First issue 10 / 04 42

MAIN BOARD SCHEMATIC DIAGRAM: VIDEO SYSTEM (AUDIO & VIDEO SWITCH)

DVI_R

DVI_L

AV3

R179
N/3.3K
1/16W

R171

R173
N/3.3K

1/16W

R176
N/3.3K
1/16W

R181
N/3.3K
1/16W

R185
N/3.3K
1/16W

R187
10
1/16W

DV1_RP[18]

DVI_LP[18]

AV3

S2_RP[18]

S2_LP[18]

AV1_RP[18]

AV1_LP[18]

COMPOSITEP[18]

S2_R

S2_L

AV1_R

AV1_L

COMPOSITE

DACM_RP[18]

TVP[18]

DACM_LP[18]

RGB_DVI_R

R194
N/3.3K
1/16W

RGB_DVI_L

R199
N/3.3K

R203
N/3.3K
1/16W

R206
N/3.3K
1/16W

R210
N/3.3K
1/16W

R214
N/3.3K
1/16W

RT10
N/0
1/16W

1/16W

A

R207
N/47K
1/16W

RA174

1/16W

RA173

0

0
1/16W

RT11

N/0

1/16W

YUV2_LP[18]

YUV2_L

YUV2_RP[18]

YUV1_LP[18]

YUV1_RP[18]

YUV1_L

YUV1_R

M_VIDEOP[13]

TEXT_INP[18]

M_YP[13]

M_CP[13]

L_INP[18]

R_INP[18]

R175
N/10
1/16W

N/R204
N/47K
1/16W

A

A

R216
N/47K
1/16W

R196
N/47K
1/16W

A

R201
N/47K
1/16W

A

N/3.3K
1/16W

C205
N/2.2uF
50V

C206
N/2.2uF
50V

RT13
N/0

1/16W

R177
N/47K
1/16W

A

+

+

+

C208
N/2.2uF
50V

C194
N/22uF
16V

2SC2412KBQ

R174

R172

N/47K

N/47K

1/16W

1/16W

A

A

A

R180
N/47K
1/16W

AA

A

C193
10uF
16V

+

+

C198
N/2.2uF
50V

+

C199
N/2.2uF
50V

1

2

LIN E2

IC1
TA8851CN

LIN E4

54

53

C242
22uF
16V

C209

0.01uF
50V

V

R220
150
1/16W

V

Q19

R225

1K

1/16W

V

R375
N/75

1/16W

V

R183
N/47K
1/16W

R186
N/47K
1/16W

C192
N/1uF
50V

+

3

VIN E2

VIN E4

52

C210

+

220uF
16V

V

2SC2412KBQ

RIN E2

RIN E4

Q18

R364
75

1/16W

+

V

4

51

C187
N/2.2uF
50V

LIN E1

LIN E3

C207

+

N/2.2uF
50V

R212
N/47K
1/16W

A

R223
150
1/16W

V

C186
N/2.2uF

50V

C188
N/2.2uF
50V

5

50

C183
N/2.2uF

50V

C184
N/2.2uF

50V

+

+

+

C189
N/2.2uF
50V

+

C190
47uF
16V

6

VIN E1

RIN E1

VIN E3

RIN E3

49

2SC2412KBQ

R222

1.5K
1/16W

V

C185
N/10uF
16V

+

RA378
N/22
1/16W

Q17

R221

1.5K
1/16W

++

+

7

8

VIN S1

YIN 1

48

47

C203
22uF
16V

P9V

R378
10
1/16W

C407 N/10uF 16V

LIN S1

CLAMP 1

++

V

R224
220
1/16W

C406
N/10uF
16V

R190

4.7K
1/16W

V

9

46

YIN S1

VOUT 1

+ +

R218

1.5K
1/16W

R219

1.5K
1/16W

V

10

45

RIN S1

LOUT 1

11

CIN S1

YOUT 1

44

R188

4.7K
1/16W

A

1/16W

R197

4.7K
1/16W

R191

47K

12

43

GND 1

ROUT 1

RGB_R
DVI_R

RGB_L

X0

U42
N/HEF4053BT

RGB_DVI_L

RGB_DVI_R

DVI_L
C213
N/0.1uF
25V

+

C252
N/0.1uF
25V
Z

Z

A

C211
N/100uF
16V

A

R178
10K
1/16W

P9V

R182

4.7K
1/16W

V

R184
10K
1/16W

A5V

L36
N/0
1/8W

C212
N/0.1uF
25V

Z

A

10

9

C

GND

8

A

A

6

11

A

B

VEE

7

INH

5

3

Z1

Z

VCC

4

16

2

1

Z0

Y1

Y

15

12

13

X1

Y0

X

14

++

R415

C250
N/10uF
16V

C191
47uF
16V

R414
N/47K
1/16W

A

N/47K
1/16W

A

R189
10
1/16W

S2_Y

S2_C

R365

R366

75

75

1/16W

1/16W

C195
N/47uF

V

V

16V

+

C393
N/0.1uF
25V
Z

27

SCL

I/O 1

28

Q14
2SC2412KBQ

R205
1K
1/16W

V

R209

1.5K
1/16W

V

R416
N/22
1/16W

Q15
2SC2412KBQ

R211
150
1/16W

V

R215

1.5K
1/16W

V

P9V

R192
10
1/16W

R367
N/75
1/16W

V

R379
10
1/16W

Q16
2SC2412KBQ

R217
150
1/16W

V

C201

0.01uF
50V

V

R368
N/75

1/16W

R198
100
1/16W

R200
100
1/16W

+

C202
220uF
16V

R193
N/10
1/16W

R195
N/100
1/16W

S_C P[14]

S_Y P[14]

S_VIDEO P[14]

13

42

VIN S2

COUT 1

14

41

LIN S2

LOUT D

15

40

YIN S2

CIN 1

16

39

RIN S2

ROUT D

17

38

CIN S2

YIN 2

RT14

1/16W

0

C196

0.01uF
50V

V

R388

1/16W

+9V

L31
0
1/8W

C197

+

220uF
16V

27

V

18

VCC

CLAMP 2

37

+

C204
N/22uF
16V

V

19

36

VIN S3

VOUT 2

20

35

LIN S3

LOUT 2

21

34

YIN S3

YOUT 2

22

RIN S3

ROUT 2

33

23

CIN S3

COUT 2

32

C392

0.1uF
25V
Z

V

24

25

26

30

R202
220
1/16W

R208

1.5K
1/16W

R213

1.5K
1/16W

MUTE

CIN 2

SDA

I/O 2

29

GND2

O 3

31

RGBn_DVI P[1,3]

C1 P[18]

Y1 P[11,18]

S2_Y P[18]

S2_C P[18]

S3_Y

S3_C

RGB_R P[18]

DVI_R P[18]

RGB_L P[18]

DVI_L P[18]

S3_Y

S3_C

SDA2 P[1,2 ,7,12,13,14,18]

SCL2 P[1,2 ,7,12,13,14,18]

43 First issue 10 / 04

MAIN BOARD SCHEMATIC DIAGRAM: VIDEO SYSTEM (YUV SWITCH)

C214
10uF
16V

PB2_CB2P[18]

R358
680
1/16W

Y2P[18]

PR2_CR2P[18]

PB1_CB1P[18]

Y1P[10,18]

PR1_CR1P[18]

YUV_SWP[1]

15Kn_MPP[1,12]

15Kn_MPTP[12]

B1

B1P[12]

PTV_Y0P[13]

PTV_CBP[13]

PTV_CRP[13]

YUV_SPSWP[1]

PTV_Y0

PTV_CB

PTV_CR

R321
N/0
1/16W

R320
0
1/16W

V

V

V

V

V

V

R359
680
1/16W

R360
680
1/16W

R361
75
1/16W

R362
75
1/16W

R363
75
1/16W

C246
10uF
16V

C249
47uF
16V

C251
10uF
16V

C253
10uF
16V

C256
47uF
16V

C258
10uF
16V

+

C217
47uF
16V

+

C220
10uF
16V

+

C223
10uF
16V

+

C229
47uF
16V

+

C231
10uF
16V

+

+ + + + + +

16

I/P 1A

11

I/P 2A

8

I/P 3A

1

I/P 1B

14

I/P 2B

9 7

I/P 3B CON 3

IC7

M52055FP

16

I/P 1A

11

I/P 2A

8

I/P 3A

1

I/P 1B

14

I/P 2B

9 7

I/P 3B CON 3

R256
1K
1/16W

GND 1

GND 2

GND 3

OUT 1

OUT 2

OUT 3

CON 1

CON 2

IC3

M52055FP

R239
1K
1/16W

R427
N/0
1/16W

RT12
0
1/16W

15

4

10

3

5

6

13

Vcc

2

12

GND 1

GND 2

GND 3

OUT 1

OUT 2

OUT 3

CON 1

CON 2

P9V

R229
0

+

C226
100uF
16V

CON1

PTV_CB

PTV_CR

R232

3.9K
1/16W

V

1/16W

C228

0.01uF
50V

VV

A

PTV_Y

15

4

10

V

3

5

6

13

Vcc

2

12

CON2

A

CON3

C232
100PF

T

50V

V

R246
0
1/16W

R248

3.9K
1/16W

V

V

P9V

R254
10
1/16W

+ C259

100uF
16V

V V

C265

T

100PF
50V

V

L

C260

0.01uF
50V

PTV_Y0

C219
10uF
16V

+

C221
10uF

+

16V

R235
10
1/16W

H

B

BBA

J27
T1286-BJST

6
5
4
3
2
1

C222
10uF
16V

+

B1

C227
N/47uF
16V

C230
10uF
16V

C215
47uF
16V

+++

C218

0.01uF
50V

R241
180
1/16W

C235

0.01uF
50V

V11

R242
N/0

1/16W

V12

R253
N/0
1/16W

V13

R255
N/0

1/16W

V

R319
N/0

1/16W

R240
N/0
1/16W

R244
N/0

1/16W

IC2

M52055FP

16

I/P 1A

11

I/P 2A

8

I/P 3A

1

I/P 1B

14

I/P 2B

9 7

I/P 3B CON 3

C236
1uF
50V

+

V

PB_IN

PR_IN

Y0_IN

R247
180
1/16W

C247

0.01uF
50V

GND 1

GND 2

GND 3

OUT 1

OUT 2

OUT 3

Vcc

CON 1

CON 2

R230

C224

+

100uF
16V

V V

VIDEO IN

1

10
1/16W

C225

0.01uF
50V

IC4

LA7213

H.D. OUT

2

R237
2K
1/16W

V

3

GND

R236
0
1/16W

V.D. OUT

4

V

V13

DPTV_PR P[13]

DPTV_Y2 P[12]

R407

R405

N/0

N/0

1/16W

1/16W

VCC

5

C237

+

100uF
16V

V

V V

P5V_COLOR

DPTV_PB P[13]

15

4

10

V

3

V11

5

V12

6

13

2

12

IC6

LA7213

R243
150K

1/16W

+

C248
1uF
50V

J26

T1286-BJST
6
5
4
3
2
1

V

PB_IN

PR_IN

Y0_IN

VIDEO IN

1

H.D. OUT

2

R250
220K

1/16W

GND

V.D. OUT

3

4

V

PB_IN P[12]

PR_IN P[12]

Y0_IN P[12]

VCC

5

C241

+

100uF
16V

V

HSYNC_SP P[1]

HSYNC_MP P[1]

V

DPTV_Y_S P[14]

DPTV_CB_S P[14]

DPTV_CR_S P[14]

First issue 10 / 04 44

MAIN BOARD SCHEMATIC DIAGRAM: VIDEO SYSTEM (COLOR SPACE)

PR_INP[11]

PB_INP[11]

Y0_INP[11]

DPTV_Y2P[11]

Q34
N/2SA1037KQ

V

Q36

Q39
N/2SA1037KQ

RT4
N/0
1/16W

V

QT1
2SC2412KBQ

V

R266
N/100K
1/16W

R273
N/100
1/16W

V

D55
0
1/8W

C277

+

N/22uF
16V

Q32

N/2SC2412KBQ

D35
N/RLS4148

R289
N/12K
1/16W

R293
N/3.9K
1/16W

V

DTC144EKA

R424
N/0
1/16W

Q45

+

C284
N/47uF
16V

V

R323
N/3.3K
1/16W

V

Q42

R265
N/10K
1/16W

R268
N/2.7K
1/16W

V

+

C285
N/33uF
16V

Q47
N/DTC144EKA

T

C301
33PF
50V

C302

T

33PF
50V

P5V_COLOR

R329

3.3K
1/16W

V

RT5
22K
1/16W

Q27
N/2SC2412KBQ

N/2SA1037KQ

R274
N/39K
1/16W

V

R298
33K
1/16W

D37

RLS4148
R303
47K
1/16W

R425

N/0

1/16W

RT2
0
1/16W

R53

N/0

1/16W

C415
10uF
16V

+

B1P[11]

DPTV_Y1P[13]

R406

N/0

1/16W

FBP

R279
N/1K
1/16W

15Kn_MPP[1,11]

DPTV_HSP[13]

15Kn_MPTP[11]

DPTV_VSP[13]

V

R245
N/2K

1/16W

Q35
N/2SC2412KBQ

R285
N/1.5K
1/16W

V

P5V_COLOR

RT1
0
1/16W

DTC144EKA

Q31

N/RLS4148

2SC2412KBQ

R297
33K
1/16W

V

R267
N/3.3K
1/16W

N/2SC2412KBQ

V

D34

R278
N/5.6K
1/16W

P5V_COLOR

Q37

R302
22K
1/16W

D38
RLS4148

R295

5.6K
1/16W

V

Q28

R270
N/1K
1/16W

Q29
N/2SC2412KBQ

R271
N/1K
1/16W

V

D36
N/RLS4148

R296
N/47K
1/16W

CT1

+

1uF
50V

V

R282
N/1.2K
1/16W

R290
N/6.8K
1/16W

N/2SC2412KBQ

RT3
0
1/16W

R291
N/12K
1/16W

P9V

P9V

R381

R380

10

10

1/16W

1/16W

P9V

C273

2.2uF

V

+

R277
N/3.3K
1/16W

V

V

R276
N/1.5K
1/16W

R280
820
1/16W

V

Q46

n/DTC144EKA

R311
0
1/16W

R269
180
1/16W

+

P5V_COLOR

R292
470
1/16W

C297
1uF
50V

R300
150K
1/16W

V

50V

73

SENSE I/P

VIDEO IN

1

V

P5V_COLOR

74

R S/H

FSC O/P

72

Q33
2SC2412KBQ

C293
1000PF
50V

IC10

LA7213

H.D. OUT

2

RT7
0
1/16W

R312
N/3.3K
1/16W

Q40
DTC144EKA

V

70

76

SCP O/P

R283
30K
1/16W

V

GND

3

V

C274

2.2uF
50V

COLOR

69

C278

0.1uF
25V
Z

78

Y2 I/P

SECAM

V.D. OUT

4

R306
100
1/16W

D57
N/RLS4148

R132
N/0
1/16W

80

67

A5V

5

C279

0.1uF
25V
Z

U/Q I/P

TA1276AF

Y1 O/P

65

L39
0
1/8W

VCC

P5V_COLOR

CT2

0.1uF
25V
Z

RT9
0
1/16W

C280

0.1uF
25V
Z

1

V/I IN

U43

U/Q O/P

C430
N/1000PF
50V

V

C275
1uF
50V

2

V/1 O/P

64

P5V_COLOR

BPH

C288

0.22uF
50V

63

+ +

C269
330uF
16V

C276

2.2uF
50V

3

5

6

7

1H DL

+

C300
22PF
50V

T

R299
82K
1/16W

R304
N/27K
1/16W

V

APL

C299
100uF
16V

C304

0.1uF
25V

Z

62

VSM O/P

4.43MHz

61

+

R307
30K
1/16W

16

VCC

R284
30K
1/16W

R301
22K
1/16W

V

YM I/P

M PAL

2200PF

+

0.01uF

15

C298

59

C289

C287
330uF
16V

50V

RT8
0
1/16W

3.58MHz

50V

R426
N/0
1/16W

P5V_COLOR

1RCEXT

8

VCC3(9V)

APC

58

C305
47PF
50V

T

14

1CEXT

+ +++

C283
1uF
50V

ABCL I/P

V

9

VCC1(5V)

57

13

IC12

C270

0.01uF
50V

10

TEXTGND2

CHROMA I/P

54

C290

0.01uF
50V

R327
N/1K
1/16W

D54
0
1/8W

Q38
2SC2412KBQ

V

1Q

11

R O/P

TEXTGND1

CGND

53

V

V

12

2Q

74HC221D

1A

1B

1RD

1Q

2Q

1

2

3

4

5

V

13

Y1/SYNC I/P

52

C291

100uF

16V

R328
N/5.6K
1/16W

11

2RD

2CEXT

6

G O/P

T

C307
180PF
50V

C272

0.01uF
50V

50

+

3

15

B O/P

V-SEP

C286

2.2uF
50V

+

78M05A

VOUT

10

2B

1Q

7

R310
100K
1/16W

49

IC9

17

VCC2(9V)

HD O/P

GND

2

9

8

C266

+

100uF
16V

18

47

GND 2A

V

C271
10uF
16V

R I/P

SYNC. O/P

46

R287
10K
1/16W

C292

0.01uF
50V

VIN

V

19

G I/P

DEF GND

V

1

C306
180PF
50V

45

C267

0.1uF
25V

Z

R257
10
1/16W

R259
0
1/16W

R263
0
1/16W

20

21

22

YS1

B I/P

AFC

VCO

VCC(9V)

43

42

R294
0
1/16W

R305

8.2K
1/16W

15

16

VCC

2CTC

1CTC

1RCTC

1

2

T

R309
1M
1/16W

ANA_R

41

C294

0.01uF
50V

C303
33PF
50V

T

24

H. O/P

14

3

ANA_G

40

2RCTC

1RD

C268

+

22uF
16V

V

25

ANA_B

Curve Adjust

38

FBP

13

2RD

1A1

4

V

R258
0
1/16W

Q25
2SC2412KBQ

R262
18K
1/16W

V

27

FBP I/P

R288

2.2K
1/16W

R355

1.2K
1/16W

C282

2.2uF

+

50V

B S/H

SCL

N/ML7809FA

3

VOUT

L38
0

1/8W

10

2Q

2SC2412KBQ

U44

GND

2

V

R272
0
1/16W

R49
0
1/16W

R264
18K
1/16W

R281
100
1/16W

R286
100
1/16W

VIN

V

C281

2.2uF
+

50V

29

31

32

YS2

G S/H

VP O/P

DGND

SDA

37

35

34

V

P9V

C295

+ +

100uF
16V

P9V

11

12

2A1

2A0

IC11

74HC4538D

1A0

1Q

1Q

GND 2Q

5

6

7

8 9

V

R308
1K
1/16W

Q41

N/DTC144EKA

C308

T

100PF
50V

V

R261

R260

0

0

1/16W

1/16W

YPBPR_R P[9]

Q26

R356

1.2K
1/16W

V

R275
18K
1/16W

V

P12V

1

+9V

YPBPR_HS

D58
0
1/8W

V

YPBPR_G P[9]

Q30
2SC2412KBQ

YPBPR_B P[9]

R357

1.2K
1/16W

V

SCL2 P[1,2,7,10,13,14,18]

SDA2 P[1,2,7,10,13,14,18]

C296
N/100uF
16V

YPBPR_HS P[9]

T

V

C245
N/100PF
50V

YPBPR_VS P[9]

R322
N/0
1/16W

V

45 First issue 10 / 04

MAIN BOARD SCHEMATIC DIAGRAM: VIDEO SYSTEM (PANEL TV MAIN PICTURE)

DQM_MP[0..7]P[15]

MA_MP[0..9]P[15]

RD2
0

1/16W

AVDD-BG

MD_MP[0..63]P[15]

AVDD1
MLF

CD1
2200PF

50V

VLF

AVDDA3
AVDDA1
AVDDA2
AVDDA4
AVDD

XTLI
XTLO

XTLO

CD4

T

20PF
50V

157
158
159

162
161
160

205
181
190
194
199

206
182
191
195
200

IRSET

163
164

RST
PS_DPTV

ALE
WR#
RD#

RD28 0 1/16W

RD35 0 1/16W

RD16 220 1/16W

RD20 220 1/16W

INT
XTLO
AVDDA5

32

31
25
30
33

MD_MP12

MD_MP15

MD_MP13

MD_MP6

MD_MP8

MD_MP7

MD6

MD7

RESET

5

T

MD_MP10

MD_MP9

MD8

MD9

ALEPSWR#

1756176

SD_33

SC_33

CD20

T

N/68PF
50V

MD10

MD11

RD#SDSC

177

MD_MP5

MD_MP3

MD_MP2

MD_MP0

MD_MP1

MD_MP4

8988878685848382797877767574737271706968656463626160595857565554119

MD0

MD1

MD2

MD3

MD4

MD5

AVDD1
MLF
AVSS1

AVDD2
VLF
AVSS2

AVDDA
AVDDA
AVDDA
AVDDA
AVDDA

AVSSA
AVSSA
AVSSA
AVSSA
AVSSA

AVDDB

IRSET
AVSSB
AVSSB
AVSSB

XTLI/MCLKIN
XTLO

AD0

AD1

AD2

AD3

AD4

AD5

AD6

AD7

172

171

170

169

168

167

166

165

P2

P5

P7

P3

P4

CD19
N/68PF
50V

P6

P1

P0

MD_MP11

MD12

178

MD_MP14

MD13

MD14

INT

179

180

MD_MP16

MD_MP17

MD15

MD16

ADDRSEL

4

SB5V

RD23
10K
1/16W

MD17

AS_MP

MD_MP19

MD_MP20

MD_MP18

MD18

MD19

MD20

LD13
0

1/8W

CD5

0.1uF
25V
Z

VCC3

MD_MP22

MD_MP23

MD_MP21

MD21

MD22

MD23

V5SF

1

VCC3

VCC3

RD26
N/0
1/16W

MD_MP25

MD_MP24

MD24

VDD

2352668094

RD14

4.7K
1/16W

RD22
N/0
1/16W

MD_MP26

MD25

MD26

VDD

VDD

V25_MP

AVDD1P[15]
AVDD2P[15]

CD3

20PF

50V

VCC3

1/16W

AGND4

AVDDA3P[15]
AVDDA1P[15]
AVDDA2P[15]

AVDDA4P[15]
AVDDP[15]

AVDD-BGP[15]

RD1

T

CD2
2200PF

50V

V25_MP

0

R352
N/1M

1/16W

YD1

14.318MHz

RST_DPTVP[1,14]

ALE_DPTVP[1]

WRn_DPTVP[1]

RDn_DPTVP[1]

INT_DPTVP[1]

AGND3

RD9
560
1/16W

P[0..7]P[1]

PS_DPTVP[1]

SCL2_33P[2,4,7,18]

SDA2_33P[2,4,7,18]

AVDDA5P[15]

SDA2P[1,2,7,10,12,14,18]

SCL2P[1,2,7,10,12,14,18]

XTLO

MD_MP29

MD_MP28

MD_MP27

MD27

MD28

MD29

VDD

VDD

VDD

110

MD_MP31

MD_MP30

MD_MP32

MD30

MD31

MD32

VDD

VDD

VDD

125

140

156

AVDDA5

MD_MP36

MD_MP34

MD_MP35

MD_MP38

MD_MP41

MD_MP43

MD_MP39

MD_MP37

123

124

MD36

MD37

127

MD38

128

MD_MP40

129

130

MD39

MD40

MD41

MD_MP42

131

132

MD42

MD_MP33

120

121

122

MD33

MD34

MD35

U45

PNLTVP6730

PANEL TV MAIN-PICTURE

VSS

VDD_ADC

VDD

192

174

M_CP[10]

M_YP[10]

M_VIDEOP[10]

PTV_Y0P[11]

PTV_CRP[11]

PTV_CBP[11]

PS_DPTV

VSS

53

24

VSS

VSS

958167

VSS

CD8
10uF

16V
CD9
47uF
16V
CD13
47uF
16V
CD15
47uF
16V

CD17
10uF

16V
CD22
10uF

16V

VSS

126

111

RD24
N/0

1/16W

VSS

141

+

+

+

+

+

+

MD_MP44

MD_MP45

133

134

MD43

MD44

MD45

VSS

VSS

VSS

155

173

AGND3

MD_MP47

MD_MP48

MD_MP46

135

136

137

MD46

MD47

MD48

VSS

C

193

196

C

Y

CVBS1

CVBS4

Cr

Cb

MD_MP49

MD_MP51

MD_MP50

138

139

142

MD49

MD50

MD51

CVBS_OUT2

CVBS3

CVBS_OUT1

189

185

188

AGND3

MD_MP54

MD_MP52

MD_MP53

143

144

145

MD52

MD53

MD54

CVBS1

CVBS2

CVBS4

183

184

186

RD10
27K
1/16W

MD_MP57

MD_MP56

MD_MP55

146

147

148

MD55

MD56

MD57

CR

CB

197

207

MD_MP58

MD_MP59

MD_MP60

149

150

151

MD58

MD59

MD60

CCLP1

CCLP2

187

198

T

CD24

0.1uF
25V

Z

MD_MP63

MD_MP61

MD_MP62

152

153

154

MD61

MD62

MD63

CCLP3

208

CD6
100PF

T

50V

CD10
100PF
50V

T

AGND3

V25_MP

MA_MP0

102

MA0

CD25
100PF
50V

MA_MP3

MA_MP1

MA_MP2

103

104

105

MA1

MA2

CD7

0.1uF
25V

Z

CD11

0.1uF
25V

Z

AGND3

MA_MP5

MA_MP4

106

107

MA3

MA4

MA_MP7

MA_MP6

108

109

MA5

MA6

RT1

202

201

DQM_MP2

DQM_MP0

MA_MP9

MA_MP8

DQM_MP1

112

113

90919293115

MA9

MA7

MA8

DQM0

DQM1

RB1

RT2

RB2

TEST

INT2

2

3

203

+

3839404142

204

CD12 1uF 50V

CD14 1uF 50V

CD18
220uF
16V

RT1

DQM_MP4

DQM_MP3

DQM2

DQM3

DQM4

CLKPIP

HSPIP

VSPIP

+

+

CD21

T

100PF
50V

DQM_MP5

DQM_MP7

DQM_MP6

11499100

116

117

118

DQM5

DQM6

DQM7

CLKMP/CLKRGB

HSMP/HSRGB

VSMP/VSRGB

43

TEST

+

CD16
22uF
16V

+

CD23
22uF
16V

BA

RAS#

VSSA 4

VSSA 2

1019897

WE#

CS1#

CAS#

HSYNC
VSYNC

VPROT

CAPD23/R7
CAPD22/R6
CAPD21/R5
CAPD20/R4
CAPD19/R3
CAPD18/G7
CAPD17/G6
CAPD16/G5
CAPD15/G4
CAPD14/G3
CAPD13/G2

CAPD12/B7
CAPD11/B6
CAPD10/B5

CAPD9/B4
CAPD8/B3
CAPD7/R2
CAPD6/R1
CAPD5/R0
CAPD4/G1
CAPD3/G0
CAPD2/B2
CAPD1/B1
CAPD0/B0

VSMP
HSMP
CLKMP
VSPIP
HSPIP
CLKPIP

RASn_MP
CASn_MP

CS0n_MP

MCLK_MP

96

CS0#

MCLK

R
G
B

VM

HFLB

LD1

1/8W

LD2

1/8W

BA_MP

WEn_MP

34
35
27
28
29

26
36
37

7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
44
45
46
47
48
49
50
51

0

0

BA_MP P[15]
RASn_MP P[15]
CASn_MP P[15]
WEn_MP P[15]
CS0n_MP P[15]
MCLK_MP P[15]

VPROT_M

VSMP P[14]
HSMP P[14]
CLKMP P[14]
VSPIP P[14]
HSPIP P[14]
CLKPIP P[14]

TP62

AGND3

AGND3

RD3 39 1/16W

RD4 39 1/16W

RD5 39 1/16W

DPTV_HS P[12]
DPTV_VS P[12]
DPTV_PR P[11]
DPTV_PB P[11]
DPTV_Y1 P[12]

TP61

CAPD23_ P[14]
CAPD22_ P[14]
CAPD21_ P[14]
CAPD20_ P[14]
CAPD19_ P[14]
CAPD18_ P[14]
CAPD17_ P[14]
CAPD16_ P[14]
CAPD15_ P[14]
CAPD14_ P[14]
CAPD13_ P[14]
CAPD12_ P[14]
CAPD11_ P[14]
CAPD10_ P[14]
CAPD9_ P[14]
CAPD8_ P[14]
CAPD7_ P[14]
CAPD6_ P[14]
CAPD5_ P[14]
CAPD4_ P[14]
CAPD3_ P[14]
CAPD2_ P[14]
CAPD1_ P[14]
CAPD0_ P[14]

RD13
10K
1/16W

RD15

RD19

N/10K

0

1/16W

1/16W

DEFAULT:
PULL LOW

AGND4

VCC3

CD107

0.01uF
50V

CD26

0.1uF
25V
Z

CD108

0.01uF
50V

CD27

0.1uF
25V
Z

CD109

0.01uF
50V

CD28

0.1uF
25V
Z

CD110

0.01uF
50V

CD29

0.1uF
25V
Z

CD111

0.01uF
50V

CD30
1000PF
50V

CD31
1000PF
50V

CD102

0.01uF
50V

CD32

0.1uF
25V
Z

CD103

0.01uF
50V

CD33

0.1uF
25V
Z

CD104

0.01uF
50V

CD34

0.1uF
25V
Z

CD105

0.01uF
50V

CD35

0.1uF
25V
Z

CD106

0.01uF
50V

First issue 10 / 04 46

MAIN BOARD SCHEMATIC DIAGRAM: VIDEO SYSTEM (PANEL TV SUB PICTURE)

CDS3

0.1uF
25V

DQM_SP[0..7]P[16]
MA_SP[0..9]P[16]

RDS2
0

1/16W

AVDD1_S
MLF_S

AGND3

AVDD-BG_S

XTLOP[13]

MD_SP[0..63]P[16]

CDS1
2200PF

50V

VLF_S

AVDDA3_S
AVDDA1_S
AVDDA2_S
AVDDA4_S
AVDD_S

IRSET_S

XTLI_S
XTLO_S

8

157
158
159

162
161
160

205
181
190
194
199

206
182
191
195
200

32

31
25
30
33

163
164

XTLI_S

RST

PS1

RDS28 0 1/16W

RDS35 0 1/16W

RDS16 220 1/16W

RDS20 220 1/16W

INT

XTLO

AVDDA5_S

MD_SP9

MD_SP10

MD9

MD10

ALEPSWR#

1756176

MD_SP12

MD_SP11

MD11

MD12

RD#SDSC

177

178

VCC3_S

MD_SP13

MD13

179

MD_SP14

MD14

INT

180

4

MD_SP17

MD_SP16

MD_SP15

MD15

MD16

ADDRSEL

SB5V

RDS23
10K
1/16W

MD_SP18

MD17

MD18

LDS14
0

1/8W

CDS5

0.1uF
25V
Z

AS_SP

MD_SP19

MD19

MD_SP20

MD20

MD_SP22

MD_SP21

MD21

MD22

V5SF

1

VCC3_S

MD_SP24

MD_SP23

MD_SP25

MD23

MD24

VDD

2352668094

VCC3_S

RDS14
N/4.7K
1/16W

RDS22
0

1/16W

MD_SP7

MD_SP3

MD_SP2

MD2

MD3

AD4

AD5

168

167

MD_SP4

MD_SP5

MD4

MD5

AD6

AD7

166

165

T

MD_SP6

MD_SP8

MD6

MD7

RESET

5

SD_S

T

MD8

CDS20
N/68PF
50V

MD_SP0

MD_SP1

8988878685848382797877767574737271706968656463626160595857565554119

MD0

MD1

AVDD1
MLF
AVSS1

AVDD2
VLF
AVSS2

AVDDA
AVDDA
AVDDA
AVDDA
AVDDA

AVSSA
AVSSA
AVSSA
AVSSA
AVSSA

AVDDB

IRSET
AVSSB
AVSSB
AVSSB

XTLI/MCLKIN
XTLO

AD0

AD1

AD2

AD3

172

171

170

169

CDS19

N/68PF

50V

MD_SP26

MD25

MD26

VDD

VDD

MD_SP29

MD_SP28

MD_SP27

MD27

MD28

MD29

VDD

VDD

VDD

110

V25_SP

AVDDA5_S

RDS26
N/0
1/16W

MD_SP30

MD30

VDD

125

MD_SP31

MD31

VDD

140

DPTV_CR_SP[11]

DPTV_CB_SP[11]

MD_SP32

MD32

VDD

156

DPTV_Y_SP[11]

MD_SP37

MD_SP33

120

MD_SP34

121

MD33

MD34

MD_SP35

122

MD35

MD_SP36

123

MD36

124

MD37

MD_SP38

127

MD38

MD_SP39

128

MD39

MD_SP40

129

MD40

MD_SP41

130

PNLTVP6730

PANELTV SUB-PICTURE

VSS

VSS

VSS

VSS

VSS

VDD_ADC

VDD

53

24

192

174

S_CP[10]

S_YP[10]

S_VIDEOP[10]

PS1

67

95

81

CDS8
10uF
16V
CDS9
47uF
16V
CDS13
47uF
16V
CDS15
47uF
16V
CDS17
10uF
16V
CDS22
10uF
16V

RDS24
N/0

1/16W

111

MD_SP42

131

MD41

MD42

U46

VSS

VSS

126

MD_SP43

132

141

+++

+++

MD_SP44

133

MD43

MD44

VSS

VSS

155

MD_SP45

MD_SP47

MD_SP46

134

135

136

MD45

MD46

VSS

VSS

193

173

AGND3

C1_S

Y1_S

CVBS1_S

CVBS4_S

Cr_S

Cb_S

MD_SP48

137

MD47

MD48

C

196

MD_SP49

MD_SP50

138

139

MD49

MD50

CVBS3

CVBS_OUT1

185

188

AGND3

MD_SP52

MD_SP53

MD_SP51

142

143

144

MD51

MD52

MD53

CVBS_OUT2

CVBS1

CVBS2

189

183

184

RDS10
27K
1/16W

MD_SP54

145

MD54

CVBS4

186

MD_SP55

146

197

MD_SP56

147

MD55

MD56

CR

CB

207

MD_SP57

148

MD_SP58

149

MD57

MD58

CCLP1

187

MD_SP59

MD_SP60

150

151

MD59

198

CDS24

0.1uF
25V

Z

MD_SP61

152

MD60

MD61

CCLP2

CDS10

T

100PF
50V

MD_SP63

MD_SP62

153

154

MD62

CCLP3

208

CDS6

T

100PF
50V

T

AGND3

MD63

CDS25
100PF
50V

MA_S P0

102

MA_S P1

103

MA0

CDS11

0.1uF
25V

Z

MA_S P2

104

MA1

MA_S P3

105

MA2

MA3

CDS7

0.1uF
25V

Z

AGND3

MA_S P4

106

107

MA4

MA_S P5

MA_S P8

MA_S P7

MA_S P9

MA_S P6

108

109

112

113

MA5

MA6

MA7

MA8

MA9

RT1

RB1

RT2

RB2

202

201

203

20423383940414243

CDS12 1uF 50V

CDS14 1uF 50V

CDS18
220uF

+

16V

V25_SP

DQM_SP4

DQM_SP1

DQM_SP0

DQM_SP2

DQM_SP3

90919293115

DQM0

DQM1

DQM2

DQM3

TEST

INT2

CLKPIP

HSPIP

++

CDS21

T

100PF
50V

DQM_SP7

DQM_SP6

DQM_SP5

116

117

118

DQM4

DQM5

DQM6

DQM7

VSPIP

CLKMP/CLKRGB

HSMP/HSRGB

VSMP/VSRGB

CLKPIP_S

TEST_S

+

CDS16
22uF
16V

+

CDS23
22uF
16V

11499100

BA

RAS#

V25_SP

RDS1

0

1/16W

AVDD1_SP[16]
AVDD2_SP[16]

CDS2
2200PF

50V

AVDDA3_SP[16]
AVDDA1_SP[16]
AVDDA2_SP[16]
AVDDA4_SP[16]
AVDD_SP[16]

AVDD-BG_SP[16]

RDS9
560

1/16W

P5V

Z

XTLO_S

AGND4

R404
0
1/16W

14

9

7

INT_DPTV_SP[1]

VCC3_S

U67D
74HCT04D

RST_DPTVP[1,13]

SCL0_33P[18]

SDA0_33P[18]

SDA2P[1,2,7,10,12,13,18]

SCL2P[1,2,7,10,12,13,18]

AVDDA5_SP[16]

1019897

WE#

CAS#

CAPD23/R7
CAPD22/R6
CAPD21/R5
CAPD20/R4
CAPD19/R3
CAPD18/G7
CAPD17/G6
CAPD16/G5
CAPD15/G4
CAPD14/G3
CAPD13/G2

CAPD12/B7
CAPD11/B6
CAPD10/B5

CAPD9/B4

CAPD8/B3
CAPD7/R2
CAPD6/R1
CAPD5/R0
CAPD4/G1
CAPD3/G0

CAPD2/B2

CAPD1/B1

CAPD0/B0

RDS12
22
1/16W

VSSA4_S

VSSA2_S

CS1#

CS0#

HSYNC

VSYNC

HFLB

VPROT

BA_SP
RASn_SP
CASn_SP
WEn_SP
CS0n_SP
MCLK_SP

96

MCLK

R
G

B

VM

34
35
27
28
29

26
36
37

7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
44
45
46
47
48
49
50
51

LDS1
0
1/8W

LDS2
0
1/8W

BA_SP P[16]
RASn_SP P[16]
CASn_SP P[16]
WEn_SP P[16]
CS0n_SP P[16]
MCLK_SP P[16]

HSYNC
VSYNC
R

TP65

G

TP66

B

TP67

VPROT

1 8
2 7
3 6
4 5
1 8
2 7
3 6
4 5
1 8
2 7
3 6
4 5
1 8
2 7
3 6
4 5
1 8
2 7
3 6
4 5
1 8
2 7
3 6
4 5

CLKMP P[13]

CLKPIP P[13]

AGND3

AGND3

TP64

TP63

RND1
22 ohm

RND2
22 ohm

RND3
22 ohm

RND4
22 ohm

RND5
22 ohm

RND6
22 ohm

RDS19
0
1/16W

RDS5
22
1/16W

RDS6
22
1/16W

RDS3
22
1/16W

RDS4
22

1/16W

CAPD23_ P[13]
CAPD22_ P[13]
CAPD21_ P[13]
CAPD20_ P[13]
CAPD19_ P[13]
CAPD18_ P[13]
CAPD17_ P[13]
CAPD16_ P[13]
CAPD15_ P[13]
CAPD14_ P[13]
CAPD13_ P[13]
CAPD12_ P[13]
CAPD11_ P[13]
CAPD10_ P[13]
CAPD9_ P[13]
CAPD8_ P[13]
CAPD7_ P[13]
CAPD6_ P[13]
CAPD5_ P[13]
CAPD4_ P[13]
CAPD3_ P[13]
CAPD2_ P[13]
CAPD1_ P[13]
CAPD0_ P[13]

RDS13
10K
1/16W

RDS15
N/10K
1/16W

DEFAULT:
PULL LOW

HSPIPP[13]

VSPIP P[13]

HSMP P[13]
VSMP P[13]

VCC3_S

CDSA7

0.01uF
50V

CDS26

0.1uF
25V
Z

CDSA8

0.01uF
50V

CDS27

0.1uF
25V
Z

CDSA9

0.01uF
50V

CDS28

0.1uF
25V
Z

CDSB0

0.01uF
50V

CDS29

0.1uF
25V
Z

CDSB1

0.01uF
50V

CDS30
1000PF
50V

CDS31
1000PF
50V

CDSA2

0.01uF
50V

CDS32

0.1uF
25V
Z

CDSA3

0.01uF
50V

CDS33

0.1uF
25V
Z

CDSA4

0.01uF
50V

CDS34

0.1uF
25V
Z

CDSA5

0.01uF
50V

CDS35

0.1uF
25V
Z

CDSA6

0.01uF
50V

47 First issue 10 / 04

MAIN BOARD SCHEMATIC DIAGRAM: VIDEO SYSTEM (PANEL TV MP SGRAM)

VADC3

VCCA3

LD3
0

1/8W

LD4
0

1/8W

LD5
0

1/8W

LD6
0

1/8W

LD7
0

1/8W

LD8
0

1/8W

LD9
N/0

1/8W

LD10
N/0

1/8W

+

+

+

+

+

+

+

+

CD36
10uF
16V

CD40
10uF
16V

CD45
10uF
16V

CD47
10uF
16V

CD49
10uF
16V

CD51
10uF
16V

CD53
10uF
16V

CD67
10uF
16V

T

AGND3

T

AGND3

T

AGND3

T

AGND3

T

AGND3

T

AGND3

T

AGND3

T

CD37
100PF
50V

CD41
100PF
50V

CD46

0.1uF
25V

Z

CD48

0.1uF
25V

Z

CD50

0.1uF
25V

Z

CD52

0.1uF
25V

Z

CD54

0.1uF
25V

Z

CD68

0.1uF
25V

Z

AVDDA1 P[13]

AVDDA2 P[13]

AVDDA3 P[13]

AVDDA4 P[13]

AVDDA5 P[13]

AVDD P[13]

AVDD1 P[13]

AVDD2 P[13]

Place these resistors close to DPTV

BA_MPP[13]

WEn_MPP[13]
CASn_MPP[13]
RASn_MPP[13]

MCLK_MPP[13]

MA_MP[0..9]P[13]

RD29 33 1/16W
RD30 33 1/16W
RD31 33 1/16W
RD32 33 1/16W

RD33 33 1/16W

MA_MP[0..9]

SGRAM DECOUPLING CAPACITORS

VCC3_M

CD55

0.1uF
25V
Z

CD56

0.1uF
25V
Z

CD57

0.1uF
25V
Z

CD58

0.1uF
25V
Z

BAMP
WEnMP
CASnMP
RASnMP

MCLKMP

Option: Do Not stuff

CD59

0.1uF
25V
Z

T

CD42
10PF
50V

CD60

0.1uF
25V
Z

MA_MP7

MA_MP8

MA_MP5

MA_MP6

MA_MP2

MA_MP1

MA_MP3

MA_MP4

100

57
24
56
23
84
83
81
80
78
77
75
74
21
20
18
17
13
12
10

9
72
71
69
68
64
63
61
60

7

6

4

3

1

98
97

CD62

0.01uF

50V

MA_MP0

DQM3
DQM2
DQM1
DQM0
DQ31
DQ30
DQ29
DQ28
DQ27
DQ26
DQ25
DQ24
DQ23
DQ22
DQ21
DQ20
DQ19
DQ18
DQ17
DQ16
DQ15
DQ14
DQ13
DQ12
DQ11
DQ10
DQ9
DQ8
DQ7
DQ6
DQ5
DQ4
DQ3
DQ2
DQ1
DQ0

A031A132A233A334A447A548A649A7

U48

SM84L512K

VSS:
5, 11,16

19, 46,62
66, 70,76
82, 85,99

DSF

53

CD63

0.01uF
50V

50

C\S\

28

CD64

0.01uF
50V

51

A9

CLK

27

55

26

C\A\S\

R\A\S\

NC(VREF)

CKE
VCC
VCC
VCC

VCC
VCCQ
VCCQ
VCCQ
VCCQ
VCCQ
VCCQ
VCCQ
VCCQ

W\E\
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC

NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC

A8

25

29

BA

CD65

0.01uF
50V

95
94
93
92
91
90
89
88
87
86
58
52
45
44
43
42
41
40
39
38
37
36
30
54
35
65
15
96
22
14
8
2
67
73
79
59

T

10PF

10PF

50V

50V

DQM_MP3
DQM_MP2
DQM_MP1
DQM_MP0
MD_MP31
MD_MP30
MD_MP29
MD_MP28
MD_MP27
MD_MP26
MD_MP25
MD_MP24
MD_MP23
MD_MP22
MD_MP21
MD_MP20
MD_MP19
MD_MP18
MD_MP17
MD_MP16
MD_MP15
MD_MP14
MD_MP13
MD_MP12
MD_MP11
MD_MP10
MD_MP9
MD_MP8 MD_MP40
MD_MP7
MD_MP6
MD_MP5
MD_MP4
MD_MP3
MD_MP2
MD_MP1
MD_MP0

VCC3_M

CD61

0.01uF
50V

CD44

CD43

T

MA_MP9

CD66

0.01uF
50V

DQM_MP7
DQM_MP6
DQM_MP5
DQM_MP4
MD_MP63
MD_MP62
MD_MP61
MD_MP60
MD_MP59
MD_MP58
MD_MP57
MD_MP56
MD_MP55
MD_MP54
MD_MP53
MD_MP52
MD_MP51
MD_MP50
MD_MP49
MD_MP48
MD_MP47
MD_MP46
MD_MP45
MD_MP44
MD_MP43
MD_MP42
MD_MP41

MD_MP39
MD_MP38
MD_MP37
MD_MP36
MD_MP35
MD_MP34
MD_MP33
MD_MP32

VCC3

MA_MP0

MA_MP1

31323334474849

A0A1A2A3A4A5A6A7A9

57

DQM3

24

DQM2

56

DQM1

23

DQM0

84

DQ31

83

DQ30

81

DQ29

80

DQ28

78

DQ27

77

DQ26

75

DQ25

74

DQ24

21

DQ23

20

DQ22

18

DQ21

17

DQ20

13

DQ19

12

DQ18

10

DQ17

9

DQ16

72

DQ15

71

DQ14

69

DQ13

68

DQ12

64

DQ11

63

DQ10

61

DQ9

60

DQ8

7

DQ7

6

DQ6

4

DQ5

3

DQ4

1

DQ3

100

DQ2

98

DQ1

97

DQ0

CS0nMP

LD11
0
1/8W

MA_MP2

MA_MP3

MA_MP5

MA_MP4

U49

SM84L512K

VSS:
5, 11,16

19, 46,62
66, 70,76
82, 85,99

VCC3_M

+

MA_MP7

MA_MP8

MA_MP6

50

DSF

C\S\

53

28

CD69
22uF
16V

51

55

CLK

R\A\S\

NC(VREF)

RD34
33
1/16W

27

C\A\S\

VCCQ
VCCQ
VCCQ
VCCQ
VCCQ
VCCQ
VCCQ
VCCQ

26

W\E\
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC

NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC

A8

CKE
VCC
VCC
VCC
VCC

CD70

0.1uF
25V

Z

CD38
10PF
50V

T

CD39
10PF
50V

T

MA_MP9

OPTION: Do Not stuff

29

25

BA

95
94
93
92
91
90
89
88
87
86
58
52
45
44
43
42
41
40
39
38
37
36
30
54
35
65
15
96
22
14
8
2
67
73
79
59

VCC3_MVCC3_M

CS0n_MP P[13]

MD_MP[0..63] P[13]

DQM_MP[0..7] P[13]

LD12
0

1/8W

+

CD71
10uF
16V

AGND4

VCC3_M

AVDD-BG P[13]

CD72

0.1uF

T

25V
Z

CD73
1000PF
50V

CD74
1000PF
50V

CD75
1000PF
50V

CD76
1000PF
50V

CD77
1000PF
50V

CD78
1000PF
50V

CD79
1000PF
50V

CD80
1000PF
50V

CD81
1000PF
50V

First issue 10 / 04 48

MAIN BOARD SCHEMATIC DIAGRAM: VIDEO SYSTEM (PANEL TV SP SGRAM)

VADC3_S

VCCA3_S

LDS3
0

1/8W

LDS4
0

1/8W

LDS5
0

1/8W

LDS6
0

1/8W

LDS7
0

1/8W

LDS8
0

1/8W

LDS9
N/0

1/8W

LDS10
N/0

1/8W

+

+

+

+

+

+

+

+

CDS36
10uF
16V

CDS40
10uF
16V

CDS45
10uF
16V

CDS47
10uF
16V

CDS49
10uF
16V

CDS51
10uF
16V

CDS53
10uF
16V

CDS67
10uF
16V

T

AGND3

T

AGND3

AGND3

AGND3

AGND3

AGND3

CDS37
100PF
50V

CDS41
100PF
50V

CDS46

0.1uF
25V

Z

CDS48

0.1uF
25V

Z

CDS50

0.1uF
25V

Z

CDS52

0.1uF
25V

Z

CDS54

0.1uF
25V

Z

CDS68

0.1uF
25V

Z

AVDDA1_S P[14]

AVDDA2_S P[14]

AVDDA3_S P[14]

AVDDA4_S P[14]

AVDDA5_S P[14]

AVDD_S P[14]

AVDD1_S P[14]

AVDD2_S P[14]

Place these resistors close to DPTV

BA_SPP[14]

WEn_SPP[14]
CASn_SPP[14]
RASn_SPP[14]

MCLK_SPP[14]

MA_SP[0..9]P[14]

RDS29 33 1/16W
RDS30 33 1/16W
RDS31 33 1/16W
RDS32 33 1/16W

RDS33 33 1/16W

BASP
WEnPS
CASnSP
RASnSP

MCLKSP

SGRAM DECOUPLING CAPACITORS

VCC3_M_S

CDS55

0.1uF
25V

Z

VCC3_M_S

CDS56

0.1uF
25V

Z

CDS57

0.1uF
25V

Z

CDS58

0.1uF
25V

Z

CDS59

0.1uF
25V

Z

CDS42

T

10PF
50V

Option: Do Not Stuff

CDS60

0.1uF
25V

Z

CDS43
10PF

T

50V

MA_SP[0..9]

CDS44

T

10PF
50V

DQM_SP3
DQM_SP2
DQM_SP1
DQM_SP0
MD_SP31
MD_SP30
MD_SP29
MD_SP28
MD_SP27
MD_SP26
MD_SP25
MD_SP24
MD_SP23
MD_SP22
MD_SP21
MD_SP20
MD_SP19
MD_SP18
MD_SP17
MD_SP16
MD_SP15
MD_SP14
MD_SP13
MD_SP12
MD_SP11
MD_SP10
MD_SP9
MD_SP8
MD_SP7
MD_SP6
MD_SP5
MD_SP4
MD_SP3
MD_SP2
MD_SP1
MD_SP0

VCC3_M_S

CDS61

0.01uF
50V

100

57
24
56
23
84
83
81
80
78
77
75
74
21
20
18
17
13
12
10

9
72
71
69
68
64
63
61
60

7

6

4

3

1

98
97

CDS62

0.01uF
50V

MA_S P3

MA_S P4

MA_S P2

MA_S P1

MA_S P0

31323334474849

A0A1A2A3A4A5A6

DQM3
DQM2
DQM1
DQM0
DQ31
DQ30
DQ29
DQ28
DQ27
DQ26
DQ25
DQ24
DQ23
DQ22

SM84L512K

DQ21
DQ20
DQ19
DQ18
DQ17
DQ16
DQ15
DQ14
DQ13
DQ12
DQ11
DQ10
DQ9
DQ8
DQ7
DQ6
DQ5
DQ4
DQ3
DQ2
DQ1
DQ0

CDS63

0.01uF
50V

MA_S P5

MA_S P7

MA_S P6

U50

VSS:

5, 11,16
19, 46,62
66, 70,76
82, 85,99

DSF

53

MA_S P8

503051

A7A8A9

C\S\

28

CDS64

0.01uF
50V

55

27

CLK

R\A\S\

NC(VREF)

26

W\E\

C\A\S\

NC
NC
NC
NC
NC
NC
NC
NC
NC
NC

NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC

CKE
VCC
VCC
VCC
VCC

VCCQ
VCCQ
VCCQ
VCCQ
VCCQ
VCCQ
VCCQ
VCCQ

29

25

BA

CDS65

0.01uF
50V

CDS38

T

10PF
50V

MA_S P0

MA_S P3

MA_S P2

MA_S P1

100

57

DQM3

24

DQM2

56

DQM1

23

DQM0

84

DQ31

83

DQ30

81

DQ29

80

DQ28

78

DQ27

77

DQ26

75

DQ25

74

DQ24

21

DQ23

20

DQ22

18

DQ21

17

DQ20

13

DQ19

12

DQ18

10

DQ17

9

DQ16

72

DQ15

71

DQ14

69

DQ13

68

DQ12

64

DQ11

63

DQ10

61

DQ9

60

DQ8

7

DQ7

6

DQ6

4

DQ5

3

DQ4

1

DQ3
DQ2

98

DQ1

97

DQ0

A031A132A233A334A447A548A649A7

SM84L512K

CS0nSP

LDS11
0
1/8W

95
94
93
92
91
90
89
88
87
86
58
52
45
44
43
42
41
40
39
38
37
36

54
35
65
15
96
22
14
8
2
67
73
79
59

MA_S P9

CDS66

0.01uF
50V

DQM_SP7
DQM_SP6
DQM_SP5
DQM_SP4
MD_SP63
MD_SP62
MD_SP61
MD_SP60
MD_SP59
MD_SP58
MD_SP57
MD_SP56
MD_SP55
MD_SP54
MD_SP53
MD_SP52
MD_SP51
MD_SP50
MD_SP49
MD_SP48
MD_SP47
MD_SP46
MD_SP45
MD_SP44
MD_SP43
MD_SP42
MD_SP41
MD_SP40
MD_SP39
MD_SP38
MD_SP37
MD_SP36
MD_SP35
MD_SP34
MD_SP33
MD_SP32

VCC3_S

MA_S P6

MA_S P5

MA_S P4

U51

VSS:

5, 11,16
19, 46,62
66, 70,76
82, 85,99

DSF

VCC3_M_S

+

MA_S P8

MA_S P7

50

C\S\

53

28

CDS69
22uF
16V

51

A9

RDS34
33

1/16W

CLK

55

26

27

W\E\

C\A\S\

R\A\S\

NC
NC
NC
NC
NC
NC
NC
NC
NC
NC

NC(VREF)

NC
NC
NC
NC
NC
NC
NC
NC
NC
NC
NC

CKE
VCC
VCC
VCC
VCC

VCCQ
VCCQ
VCCQ
VCCQ
VCCQ
VCCQ
VCCQ
VCCQ

CDS70

0.1uF
25V

Z

OPTION: Do Not Stuff

29

25

BA

95
94
93
92
91
90
89
88
87
86
58
52
45
44
43
42
41
40
39
38
37
36
30

A8

54
35
65
15
96
22
14
8
2
67
73
79
59

MA_S P9

VCC3_M_SVCC3_M_S

CS0n_SP P[14]

MD_SP[0..63] P[14]

DQM_SP[0..7] P[14]

T

CDS39
10PF
50V

LDS12
0

1/8W

CDS71

+

10uF
16V

AGND4

CDS72

0.1uF
25V

Z

AVDD-BG_S P[14]

CDS73
1000PF
50V

CDS74
1000PF
50V

CDS75
1000PF
50V

CDS76
1000PF
50V

CDS77
1000PF
50V

CDS78
1000PF
50V

CDS79
1000PF
50V

CDS80
1000PF
50V

CDS81
1000PF
50V

49 First issue 10 / 04

MAIN BOARD SCHEMATIC DIAGRAM: VIDEO SYSTEM (POWER REGULATOR)

REG_5V

LD14
0

1/8W

LD18
0

1/8W

LD22
0

1/8W

LD26
0

1/8W

5VDDA

CD85

0.1uF
25V

Z

5VDDD

CD90

0.1uF
25V

Z

5VDDM

CD95

0.1uF
25V

Z

5VDDM1

CD100

0.1uF
25V
Z

+

+

+

+

CD82
22uF
16V

CD87
22uF
16V

CD92
22uF
16V

CD97
22uF
16V

5VDDA_

5VDDD_

5VDDM_

5VDDM1_

U52

BA033

1

VIN

GND

2

VOUT

AGND6,7

3

+

U54

BA033

13

VIN VOUT

GND

2

AGND3

+

U56

LD1085CM33

32

VIN VOUT

GND

1

+

VCCA3

CD84
22uF
16V

VADC3_

CD89
22uF
16V

VCC3_

CD94
22uF
16V

VCCA3

VADC3

VCC3

CD86

0.1uF
25V

Z

CD91

0.1uF
25V

Z

CD96

0.1uF
25V

Z

U58

LD1085C

32

VIN VOUT

R397

GND

1

124
1/16W
F

R398
124

1/16W
F

+

CD99
22uF
16V

V25_MP

CD101

0.1uF
25V
Z

REG_5V_S

LDS13
0

1/8W

LDS15
0

1/8W

LDS17
0

1/8W

LDS19
0

1/8W

CDS85

0.1uF
25V

Z

5VDDD_S

CDS90

0.1uF
25V
Z

5VDDM_S

P(6)

CDS95

0.1uF
25V
Z

5VDDM1_S

CDS99

0.1uF
25V
Z

CDS82

+

22uF
16V

CDS87

+

22uF
16V

CDS92

+

22uF
16V

5VDDM1_S_

CDS97

+

22uF
16V

5VDDD_S_

5VDDM_S_

1

VIN

1

VIN

3

VIN

3

VIN

U53

BA033

VOUT

GND

2

AGND6,7

U55

BA033

VOUT

GND

2

AGND3

U57

LD1085CM33

GND

1

U59

LD1085C

GND

1

VOUT

VOUT

VCCA3_S5VDDA_S

3

3

VCCA3_S5VDDA_S_

CDS84

+

22uF
16V

VADC3_S

CDS89

+

22uF
16V

VCC3_S

2

CDS94

+

22uF
16V

2

V25_SPV25_MP

R400
124

1/16W
F

R401
124

1/16W
F

CDS86

0.1uF
25V

Z

VADC3_S

CDS91

0.1uF
25V

Z

VCC3_S

CDS96

0.1uF
25V

Z

+

CDSA1
22uF
16V

V25_SP

CDSB2

0.1uF
25V
Z

P5V

1

VIN

C309

+

100uF
16V

DDD DDDD

P5V

C321

+

100uF
16V

DDD DDDD

C313

0.1uF
25V

Z

C325

0.1uF
25V

Z

C314

0.01uF
50V

C326

0.01uF
50V

1

VIN

U60

BA033

GND

2

U62

BA033

GND

2

VOUT

VOUT

V33TMP

P5V

U61

V33

BA033

3

C310

+

10uF
16V

C315

0.1uF
25V

Z

C316

0.01uF
50V

C311

+

100uF
16V

DDD DDDD

C317

0.1uF
25V

Z

C318

0.01uF
50V

1

VIN

GND

2

VOUT

3

+

C312
10uF
16V

C319

0.1uF
25V

Z

C320

0.01uF
50V

For IP00C711

V33P

SB5V

U63

BA033

3

+

C322
10uF
16V

C327

0.1uF
25V

Z

C328

0.01uF
50V

C323

+

100uF
16V

DDD DDDD

C329

0.1uF
25V

Z

C330

0.01uF
50V

1

VIN

VOUT

GND

2

V33SB

3

+

C324
10uF
16V

C331

0.1uF
25V

Z

C332

0.01uF
50V

First issue 10 / 04 50

MAIN BOARD SCHEMATIC DIAGRAM: VIDEO SYSTEM (CONNECTOR)

+9V

+5V 1

+5VSB

R420
N/20

R421
N/20

R422
N/20

L24
330uH

L25
10uH

L26
10uH

L28
10uH

L30

10uH

L27
10uH

L29

0.45uH

J6B

P24V+24V

J25
CP0053-JJST-

1
2
3

P12V

C341

T

100PF
50V

J21
CP0057-JJST-

J14
CP0056-JJST-

1
2
3
4
5
6

V

J28
CP0055-JJST-

1
2
3
4
5
6
7

+5VSB

C335
220uF
25V

+

DD

P9V

C338
100uF
16V

+

+

C334

0.22uF
50V
M

C346
100uF
16V

DD

C412
100uF
16V

DD

C343

+

100uF
16V

V

+

C349
100uF
16V

D

C336

0.1uF
25V
Z

V

P5V

REG_5V

REG_5V_S

JP6
N/JUMPER

C339

0.1uF
25V
Z

D

C347

0.1uF
25V
Z

D

C413

0.1uF
25V
Z

D

A5V+5V A

C344

0.1uF
25V

Z

V

SB5V

C350

0.1uF
25V

Z

D

C340

0.01uF
50V

DD

C333

+

220uF
25V

F20
0
1/8W

V

C337

+

220uF
16V

+

V

+

V

+

V

+

D

F21
0
1/8W

C345
220uF
16V

C411
220uF
16V

C342
220uF
16V

C348
220uF
16V

F23
0
1/8W

F26
0
1/8W

1/8W

F22
0
1/8W

F24
0
1/8W

C380

0.22uF
50V
M

+

V

C240

+

47uF
16V

C200

0.22uF
50V
M

0805

D

1
2
3
4
5

+5V A

C421

0.1uF
25V

Z

SB

LG_VS
AC_DET

D

+9VT

GND_TUNER

C234

+

47uF
16V

C238
47uF

+

16V

DVI/RGB

AUDIO I/P

+

C417
47uF
16V

C403

0.22uF
50V
M

0805

C423

0.1uF
25V

Z

C425

0.1uF
25V

Z

C427

0.1uF
25V

Z

+

C233
47uF

16V

SB

L32 N/0 1/8W

L33 0 1/8W

N/P1079-1-2--

8

6

7

4

3

+5VSB
LG_VS P[1]
AC_DET P[1]

C216

+

47uF
50V

(LINK I/P)
(LINK O/P)

P[1,2,7,10,12,13,14]

P[1,2,7,10,12,13,14]

+5V 1

D

5

J6A
N/P1079-1-2--

1

2

P[10,11]

+24V

P[1]
P[1]

P[1]

P[10]

P[10]

P[1]
P[1]

SB P[1]

+5V1

P[10]

P[10]
P[10]

P[11]
P[11]

P[11]
P[11]
P[11]

P[1]

P[10]

SCART_FB

DACM_R

DACM_L

TUN_DETn

R72
N/0
1/16W

R75
N/0
1/16W

COMPOSITE

S2_Y
S2_C

PB1_CB1

PR1_CR1

PB2_CB2
PR2_CR2

AVB_DETn

CTL1
CTL2
SCL2

SDA2

SD

Y1

Y2

TV

C47
N/1000PF
50V

C45
N/1000PF
50V

COMPOSITE

S2_Y
S2_C

Y1
PB1_CB1
PR1_CR1

Y2
PB2_CB2
PR2_CR2

AVB_DETn
TV

+9VT

CTL1
CTL2
SCL2

SDA2

DACM_R

DACM_L

SD
TUN_DETn

+9VT

GND_TUNER

R74
N/47K
1/16W

R76
N/47K
1/16W

V

CS1680-1----

A1
A2
A3
A4
A5
A6
A7
A8
A9
A10
A11
A12
A13
A14
A15
A16

D

C48
N/2.2uF
50V

+

C46
N/2.2uF
50V

+

JP4A

CS1680-1----

A1
A2
A3
A4
A5
A6
A7
A8
A9
A10
A11
A12
A13
A14
A15
A16

JP5A

B1
B2
B3
B4
B5
B6
B7
B8

B9
B10
B11
B12
B13
B14
B15
B16

J15
CP0054-JJST-

B10
B11
B12
B13
B14
B15
B16

TO AUDIO PWB

P[10]
P[10]

P[1]

L_IN

R_IN

SPK_CTL

L_OUT

SUB_WFR

PWR_CTL

1
2
3
4
5
6
7
8
9

10

A

J12
CP031A-EJST-

J11
CP031C-EJST-

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

C402

0.22uF
50V
M

0805

D

SDA2R_OUT
SCL2

24V

R384
N/0

1/16W

SB5V

AO_SEL P[1]
SDA2 P[1,2,7,10,12,13,14]
SCL2 P[1,2,7,10,12,13,14]
A_MUTEn P[1]
SURR1 P[1]
SURR2 P[1]

R385
0

1/16W

A

FROM AUDIO PWB

JP4B
CS1680-1----

C1
C2
C3
C4
C5
C6
C7
C8

C9
C10
C11
C12
C13
C14
C15
C16

PCn_MPU
PCSCS
PCSI

PCSCLK
SSO

SCL2
SDA2

SCL0_33
SDA0_33

R340

C376

C377

1000PF

1000PF

50V

D

50V

D

C378
1000PF
50V

D

C379
1000PF
50V

DD

R341
100
1/16W

PCn_MPU P[5]
PCSCS P[5]
PCSI P[5]
PCSCLK P[5]
SSO P[5]

P5V

100 1/16W

SCL0_33 P[14]
SDA0_33 P[14]

SCL2_33 P[2,4,7,13]
SDA2_33 P[2,4,7,13]

A

AV1_L
AV1_ R

S2_L
S2_R

YUV1_L
YUV1_R

YUV2_L
YUV2_R

RGB_L
RGB_R
S_DET

AV1_L P[10]
AV1_ R P[10]

S2_L P[10]
S2_R P[10]

YUV1_L P[10]
YUV1_R P[10]

YUV2_L P[10]
YUV2_R P[10]

RGB_L P[10]
RGB_R P[10]
S_DET P[1]

B1
B2
B3
B4
B5
B6
B7
B8
B9

FROM TUNER PWB

JP5B

DVI_L
DVI_R

L_OUT
R_OUT
SUB_WFR
PWR_CTL

A

1
2
3
4

V

DVI_L P[10]
DVI_R P[10]

C1 P[10]
Y1 P[10,11]

SCART_CTL P[1]
RESETQ P[1]
TELETEXT_ON P[1,19]

C239
47uF

+

16V

C419

0.1uF
25V

Z

+9V

CS1680-1----

C1
C2
C3
C4
C5
C6
C7
C8

C9
C10
C11
C12
C13
C14
C15
C16

TELETEXT_R
TELETEXT_G
TELETEXT_B

TELETEXT_HS
TELETEXT_VS

TDO
TDI
TEXT_IN

TMS

TCK

SB5V_CPU

V33

TELETEXT_R P[19]
TELETEXT_G P[19]
TELETEXT_B P[19]

TELETEXT_HS P[7,8,10,12,19]
TELETEXT_VS P[19]

TDO P[1]
TDI P[1]
TEXT_IN P[10]

TMS P[1]

TCK P[1]

51 First issue 10 / 04

MAIN BOARD SCHEMATIC DIAGRAM:VIDEO SYSTEM (VGA INPUT/OUTPUT)

C159

0.01uF
50V

VGA_RINP[9]

RGB_GINP[9]

VGA_GINP[9]

VGA_BINP[9]

VGA_RIN

RGB_GIN

VGA_GIN

VGA_BIN

F7
0
1/8W

F6
0
1/8W

F5
0
1/8W

TELETEXT_RP[18]

TELETEXT_GP[18]

TELETEXT_BP[18]

RGB_VSP[9]

RGB_HSP[9]

TELETEXT_VSP[18]

TELETEXT_HSP[7,8,10,12,18]

RGB_VS

RGB_HS

R149
75
1/16W

V

R147
75
1/16W

V

V

C176

T

100PF
50V

3

1

D21
BAV99

C169

T

100PF
50V

3

1

D20
BAV99

CA157
N/100PF

50V

CA158
N/100PF

50V

CA159
N/100PF

50V

C166

T

100PF
50V

1

D19
BAV99

RA157
N/100

1/16W

RA158
N/100

1/16W

V

RA159
N/100

1/16W

V

R146
75
1/16W

VV

V

V

3

2

2

C162
47uF
16V

C163

0.01uF
50V

C165
47uF
16V

C164

0.01uF
50V

C167
47uF
16V

2

CA174
N/0.01uF
50V

CA175
N/47uF
16V

+

+

SB5V_V

+

+

SB5V_V

SB5V_V

CA170
N/0.01uF
50V

CA173
N/47uF
16V

+

RINA

GINA

BINA

CA168
N/0.01uF

CA171
N/47uF
16V

RA171 0 1/16W

RA353
0
1/16W

RA354
0
1/16W

RA351
0
1/16W

RA172 0 1/16W

+

CA160
N/22uF
16V

SB5V_V

RA383
N/10
1/16W

CA161
N/0.1uF
25V

Z

UA34

N/BA7657F

20

1

RINA

3

GINA

5

BINA

7

RINB

9

GINB

11

BINB

12

VDINA

+

24

HDINA

13

VDINB

23

HDINB

VCC

ROUT

GOUT

BOUT

VDOUT

HDOUT

HD-DETEC

CTL

RGND

GGND

BGND

GND

21

19

15

14

22

2

16

8

4

RA156
N/0
1/16W

RA153
N/470K
1/16W

T

6

10

P5V

CA177
N/470PF
50V

V

V

RIN P[9]

GIN P[9]

BIN P[9]

RGB_DVS P[9]

RGB_DHS P[9]

TELETEXT_ON P[1,18]

RA161
N/470

1/16W

VV

RA160
N/470

1/16W

52 First issue 10 /04

Special Modes

Action

"OUT OF BOX" condition

MCU & UOC

softwares version

Colorimetry Adjustment

Procedure

Operation

Switch the Set Off.

Press & Hold "Menu" key of local keyboard.

Switch the Set On.

The set must switch to On mode and then to Standby mode.

Switch the set to On mode.

Select Language and Auto Installation is then displayed.

Select Auto Installation.

Select Country "Other".

Last line of the menu indicates the MCU SW version
(at left side) and UOC SW version (at right side).

Press "Down" key for 5 s.

Press "Up" key for 5 s.

Press "OK" key.

Remarks

Exit after going through the 12

adjustment screens, or Switch

OFF the set.

Factory Warm Up Procedure

"UOC" Service Setup

Procedure

UOC Service Menu

Page 1

Warm "Neutral" "Cold" coordinates adjustment screens

are succesively displayed, for each (4) Inputs, Validate
and Go to next screen by pressing "OK" key

Press "Down" key for 5 s.

Press "Up" key for 5 s.

Press "Exit" key.

"Red" "Green" "Blue" and "White" (with PIP window in a
different color) screens are succesively displayed.

Press "Down" key for 5 s.

Press "Up" key for 5 s.

Press "Menu" key.

UOC Service Setup is displayed, see next page for details.

Exit by pressing 'Exit" key for 5 secs.

Exit by pressing 'Exit" key.

GTV122 V1.0

01011010 10100111
01010000
1000011X

X = 0 (UOC SW version: 031128); X = 1 (UOC SW version: 031221 and MCU SW version: 031117)

11000000

Press "Down" or Up" key of the remote control in order to turn the page.

First issue 10 / 04 53

UOC Service Menu

Press "Down" or Up" key of the remote control in order to turn the page.

UOC SW version

MCU SW version 031117

Page

2 Init TV*
3
4 AGC INT
5 Contrast
6 Color
7 Brightness
8 BLR

9 BLG
10 WPR-C
11 WPG-C
12 WPB-C
13 WPR-N
14 WPG-N
15 WPB-N
16 WPR-W
17 WPG-W
18 WPB-W
19 VA
20 VSH
21 HS-VIDEO
22 Sharp-PAV
23 Sharp-SAV
24 Sharp-STV
25 FFI
26 EVG
27 AGC
28 FSL
29 IF
30 SVO
31 SOSD
32 ACL
33 MUS
34 PWL
35 OIF
36 SCL
37 E2D
38 CB
39 BPS
40 FCO
41 OSVE
42 AFN
43 DFL
44 AKB
45 OPC
46 OPT INT

*Init or Reset values to default: Press "Right" key on this line.

Sharp-PTV

031128

Default Value Default ValueParameter

0

20

2
34
24
30
32
32
10
10
10
10
10
10
10
10
10
16
16
32
30
20
12

0

0

1

0

2

0

0

1

0

2
31

3

0

0

0

0

0

1

1

1

1

0

031221

0

20

2
34
24
31
32
32
10
10
10
10
10
10
10
10
10
16
16
32
35
20
12

0

0

1

0

2

0

0

1

0

2
31

3

0

0

0

0

0

1

1

1

1

0

First issue 10 / 04 54

EXPLODED VIEW

1

8

9

10

12

13

14

19

15

16

21

22

18

1717

1720

1725

10

23

19

11

7

5

6

26

24

1 FRONT PANEL
2 POWER/INPUT BUTTON
3 MENU/VOLUME BUTTON
4 KEYBOARD
5 FRONT GLASS FILTER
6

PDP Module
7 AUDIO STAND-BY POWER BOARD
8 AUDIO AMPLIFIER BOARD
9 RIGHT TOP SPEAKER HOLDER

10 SPEAKER
11 LEFT TOP SPEAKER HOLDER
12

RIGHT BOTTOM SPEAKER HOLDER

13 POWER SWITCH BOARD
14 ON/OFF BUTTON
15 LEFT BOTTOM SPEAKER HOLDER
16 MAIN (image) BOARD
17 REAR PANEL
18 AV/TUNER BOARD
19 FOOT HOLDER
20 Z_SUS BOARD
21 LOGIC CONTROL BOARD
22 Y_DRIVER BOTTOM BOARD
23 Y_DRIVER TOP BOARD

24 Y_SUS BOARD
25 XR BOARD
26 POWER SUPPLY BOARD

No. Description

2

3

4

The description and characteristics given here are of informative significance only, and non committal. To keep up the high quality of our products, we reserve the right to
make any changes or improvement without previous notice. • Les descriptions et caractéristiques figurant sur ce document sont données à titre d'information et non
d'engagement. En effet, soucieux de la qualité de nos produits, nous nous réservons le droit d'effectuer, sans préavis, toute modification ou amélioration. • Die
Beschreibungen und Daten in dieser Anleitung dienen nur zur Information und sind nicht bindend. Um die Qualität unserer Produkte ständig zu verbessern, behalten wir uns
das Recht auf Änderungen vor. • Le descrizioni e le caratteristiche date su questo documento sono fornite a semplice titolo informativo e senza impegno. Ci riserviamo il
diritto di eseguire, senza preavviso, qualsiasi modifica o miglioramento. • Las descripciones y características que figuran en este documento se dan a título de información y
no de compromiso. En efecto, en bien de la calidad de nuestros productos, nos reservamos el derecho de efectuar, sin previo aviso, cualquier modificación o mejora.

Thomson multimedia Sales Europe - S.A. au capital de 115 273 710 - Siège : 46, quai Alphonse Le Gallo 92100 Boulogne France - RCS Nanterre B 322 019 464

Thomson multimedia
Sales France

46, quai Alphonse Le Gallo
92648 Boulogne cedex
Tel. : [phone]
Internet : www.thomson-network.com

Thomson multimedia
Sales UK Limited

30 T ower Vie w
Kings Hill, West Malling
Kent ME19 4NQ (England)

Tel. : [phone]

Thomson multimedia
Sales Italy S.p.A.

Via Leonardo da Vinci,43
20090 Trezzano sul naviglio (Milano)
Tel. : [phone]

Thomson multimedia
Scandinavia AB

Florettgatan 29 C
S-25467 Helsingborg (Sweden)
Tel. : [phone]

Thomson multimedia
Switzerland

Seewenweg 5
CH-4153 Reinach
Tel. : [phone]

Thomson
Consumer Electronics Poland

ul.Gen.L. Okulickiego 7/9
05-500 Piaseczno (Varsovie)
Tel. : [phone]

Thomson multimedia
Hungary KFT

Lajos u. 78. II.em.
H-1036 Budapest
Tel.

: 00 36 14 5334/80

Thomson multimedia
Czech s.r.o.

ul. Dopravaku - dum Genius 1
Dolni Chabry
CZ - 18400 Prague 8
Tel. : [phone]

Thomson multimedia
Sales Germany GmbH & Co oHG

Karl-Wiechert-Allee 74
30625 Hannover

Thomson multimedia
Sales Spain

Avenida Isla Graciosa, 1
Edificio Áncora
Parque Empresarial La Marina
28700 San Sebastián de los Reyes (Madrid)
Tel. : [phone]

Thomson multimedia
Sales Portugal

Avenida da Boavista, 3521
4106 Porto
Tel. : [phone]

This technical documentation is for use by maintenance technicians only
Documentation technique exclusivement destinée aux professionnels de la maintenance
Diese Angaben und Hinweise sind ausschließlich für den Service des Fachhändlers bestimmt
Documentazione tecnica destinata esclusivamente ai tecnici dell'assistenza
Documentación técnica destinada exclusivamente a los profesionales de mantenimiento