Thomson Lcd03b 15et20

SERVICE MANUALDOCUMENTATION TECHNIQUETECHNISCHE DOKUMENTATIONDOCUMENTAZIONE TECNICADOCUMENTACION TECNICA

No copying, translation, modification on other use authorized. All rights reserved worldwide. • Tous droits de reproduction, de traduction, d'adaptation et d'exécution réservés pour tous les pays. • Sämtliche Urheberrechte an diesen Texten und Zeichnungen stehen uns zu. Nachdrucke,Vervielfältigungen - auch auszugsweise - nur mit unserer vorherigen Zustimmung zulässig. Alle Rechte vorbehalten. • I diritti di riproduzione, di traduzione, e esecuzione sono riservati per tutti i paesi. • Derechos de reproduccion, de traduccion, de adaptacion y de ejecucion reservados para todos los paises.

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.

Code :357 510 10 - 0304 / 6M -LCDB03B Print.

LCD03B

TV

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

Le remplacement des éléments de sécurité (repérés avec le symbole ) par des composants non homologués selon laNorme 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 dieHaftung des Herstellers.

La sostituzione dei componenti di sicurezza (evidenziati con il segno ) con componenti non omologati secondo lanorma 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 lanorma CEI 65, provoca la no conformidad del aparato. En ese caso, el fabricante cesa de ser responsable.

MEASUREMENT CONDITIONS - CONDITIONS DE MESURES - MESSBEDINGUNGENCONDIZIONI 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.

MAIN

FRANÇAIS ESPAÑOLDEUTSCHENGLISH ITALIANO

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101112131415161718192021

NC

21

17

19

15

13

20

18

16

14

1211

910

87

5

3

1

6

4

2

NC

AUDIO "R"

AUDIO "R"

AUDIO "L"

NOTE : ... etc. identifies each

pcb module.

AUDIO "D"

AUDIO "D"

AUDIO "G"

AUDIO

"BLEU"

AUDIO "G" MONO

"BLEU"

COMMUT. LENTE

"VERT"

"VERT"

"ROUGE"

COMMUT. RAPIDE

COMMUT. RAPIDE

VIDEO

VIDEO SYNCHRO

BLINDAGE PRISE

AUDIO "R"

AUDIO "R"

AUDIO "L"

AUDIO

"BLAU"

AUDIO "L" MONO

"BLAU"

AV UMSCHALTUNG

"GRÜN"

"GRÜN"

"ROT"

AUSTASTUNG

AUSTASTUNG

VIDEO

VIDEO ODERSYNCHRO

ABSCHIRMUNGDES STECKERS

AUDIO "D"

AUDIO "D"

AUDIO "I"

AUDIO

"AZUL"

AUDIO "I" MONO

AZUL

"CONMUTACIONLENTA"

"VERDE"

"VERDE"

"ROJA"

"CONMUTACIONRAPIDA"

"CONMUTACIONRAPIDA"

VIDEO

VIDEO O SINCRO

BLINDAJEDEL ENCHUFE

AUDIO "D"

AUDIO "D"

AUDIO "S"

AUDIO

"BLU"

AUDIO "S" MONO

BLU

"COMMUTAZIONELENTA"

"VERDE"

"VERDE"

"ROSSO"

"COMMUTAZIONERAPIDA"

"COMMUTAZIONERAPIDA"

VIDEO

VIDEO O SINCRO

INVOLUCRO METAL-LICO DELLA PRESA

AUDIO "L" MONO

"BLUE"

"GREEN"

AV LINK AV LINK AV LINK AV LINK AV LINK

"GREEN"

"RED"

"ROUGE" "ROT" "ROJA""ROSSO""RED"

SLOW SWITCH

FAST SWITCH

VIDEO

VIDEO VIDEO VIDEOVIDEOVIDEO

PLUG SCREENBOX

VIDEO OR "SYNC"

FAST SWITCH

AUDIO

"BLUE"

: OUTPUT - SORTIE - AUSGANG - USCITA - SALIDA • : EARTH - MASSE - MASSE - MASSA - MASA

MAINNOTE : ... etc. repères des

platines constituant l'appareil.

MAINNOTA : ... etc. marcas de las

placas que constituyen elaparato.

MAINNOTA : ... ecc. sigla delle

piastre dell' apparecchio.

MAINHINWEIS : ... usw. Kennzeichnung

der Platinen, aus denen das Gerät zusammengesetzt ist.

: INPUT - ENTRÉE - EINGANG - ENTRATA - ENTRADA •

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.

LIST OF ABBREVIATIONS - LISTE DES ABREVIATIONS - ABKÜRZUNGEN LISTA DELLE ABBREVIAZIONI - LISTA DE ABREVIACIONES

� AQR_ON DISABLE AQUISITION MODE REGUL.

ENABLE PWM PULSE

� AUDIO_MUTE MUTES AUDIO AMPLFIERS

� AV1_8 PIN_8 DETECTOR

� AV_LINK AV_LINK DATAS VCR/TV

� AV_R_ OUT AUDIO RIGHT-OUT

� AV_L_ OUT AUDIO LEFT-OUT

� AV_R_ IN AUDIO RIGHT-IN

� AV_L_ IN AUDIO LEFT-IN

� AV_B BLUE SIGNAL FROM AV

� AV_G GREEN SIGNAL FROM AV

� AV_R RED SIGNAL FROM AV

� AV_C_ IN CHROMA-IN

� AV_FB FAST BLANK SIGNAL FROM AV SCART

� AV_Y_ IN VIDEO-IN

� BEAM_INFO BEAM CURRENT INFORMATION

� BH BLUE HORIZONTAL DRIVE

� BV BLUE VERTICAL DRIVE

� BLKCURR CUT OFF CURRENT

� B_TXT BLUE SIGNAL OUTPUT (TEXT)

� B_OUT BLUE SIGNAL TO VIDEO AMPLIFIER

� BREATHING COMPENSATE BREATHING PICTURE SIGNAL

� BSVM BEAM SCAN VELOCITY MODULATION

� CMP COMPONENT INPUT SIGNALS

� CNT1_20V SAFETY SIGNAL TO INSURE A GOOD CONNECTION

BETWEEN SIGNAL BOARD AND POWER BOARD

(BV001- BL111)

� CNT2_20V SAFETY SIGNAL TO INSURE A GOOD CONNECTION

BETWEEN SIGNAL BOARD AND POWER BOARD

(BP500- BP005)

� CRT CATHODE RAY TUBE

� CVBS VIDEO

� CVBS_TXT TEXT VIDEO

� DEFMOD MODULATION VOLTAGE GENERATED ON DFB

MODULE

� DEGAUSS DEGAUSS SIGNAL

� DPC DYNAMIC PHASE COMPENSATION SIGNAL

� EFC EARTH FIELD CORRECTION

� EHT EXTREMELY HIGH TENSION

� EHT INFO HORIZONTAL DEFLECTION PROTECTION

� E.W_DRIVE EAST - WEST DRIVE SIGNAL

� EW_PROT SAFETY SIGNAL FROM DIODE MODULATOR

� FB DETEC FAST BLANKING DETECT

� FB_TXT FAST BLANKING (TEXT)

� FW ADJ. FULL WHITE ADJUSTMENT

� G_OUT GREEN SIGNAL TO VIDEO AMPLIFIER

� G_TXT GREEN SIGNAL OUTPUT (TEXT)

� GH GREEN HORIZONTAL DRIVE

� GV GREEN VERTICAL DRIVE

� H_DRIVE DRIVE SIGNAL FOR HORIZONTAL DEFLECTION

� HEATER HEATER OUTPUT FROM THE DST TO CRT

� IIC-CL-1 I2C CLOCK BUS 1

� IIC-CL-2 I2C CLOCK BUS 2

� INF_POW_FAIL POWER FAIL INFORMATION

� IR INFRARED RECEIVER

� LED LED DISPLAY

� LFBH LOW FEEDBACK BLUE HORIZONTAL

� LFBV LOW FEEDBACK BLUE VERTICAL

� LFGV LOW FEEDBACK GREEN VERTICAL

� LFGH LOW FEEDBACK GREEN HORIZONTAL

� LFRV LOW FEEDBACK RED VERTICAL

� LFRH LOW FEEDBACK RED HORIZONTAL

� M_RES# MAIN RESET SIGNAL

� NMI NON MASKABLE INTERRUPT

� PHI2_REF PHI2 REFERENCE SIGNAL

� PKS PEAK SENSING

� PO POWER ON

� PWM PULSE WIDTH MODULATION

� RESET RESET TO MICROPROCESSOR

� RF_CVBS DEMODULATED TERRESTRIAL TUNER SIGNAL

� ROTATION OUTPUT OF EARTH FIELD CORRECTION STAGE

� R_OUT RED SIGNAL TO VIDEO AMPLIFIER

� R_TXT RED SIGNAL OUTPUT (TEXT)

� RH RED HORIZONTAL DRIVE

� RV RED VERTICAL DRIVE

� SIF SOUND IF OUTPUT

� SSC_V_GUARD SAFETY DATA GENERATED BY THE

VERTICAL AMPLIFIER TDA8177F

� TUBE DETECTION INFORMATION FOR TUBE FORMAT

� +USYS SYSTEM VOLTAGE

� +/- UA SOUND VOLTAGE

� +UVERT POSITIVE SUPPLY VERTICAL VOLTAGE

� -UVERT NEGATIVE SUPPLY VERTICAL VOLTAGE

� +UVFB POSITIVE SUPPLY VOLTAGE FOR

VERTICAL POWER STAGE

� +UVIDEO VIDEO VOLTAGE FOR THE CRT BOARD

� U_OUT U TO VIDEO PART

� V_OUT V TO VIDEO PART

� Y_OUT Y TO VIDEO PART

� +UVFB POSITIVE SUPPLY VOLTAGE FOR VERTICAL

POWER STAGE

� 1V8_UC SUPPLIES 1V81H / 1V82H POWER SUPPLY

UP CONVERTER PART OF SIGNAL BOARD

� 3V3_UC 3V3 POWER SUPLY UP CONVERTER PART

OF SIGNAL BOARD

� 5 V_A / 5V_V 5V POWER SUPPLY SIGNAL BOARD

� 5V_STBYL / 5V_RP MICROPROCESSOR SUPPLY VOLTAGE

� 5V_STBY 5V STANDBY

� 6 V SUPPLIES THE 5V REGULATION AND 3V3 AND

1V8 REGULATORS ON THE SIGNAL BOARD.

� 10 V SUPPLIES THE 8V_V REGULATORS ON SIGNAL

BOARD

� 8 V 8V SUPPLY SIGNAL BOARD

� 7V_STBY 7V STANDBY

� 33V SUPPLY VOLTAGE TUNER

� 20V SUPPLY VOLTAGE HORIZONTAL DRIVER

AND BSVM CRT

LCD03BFirst issue 04 / 04 3

Reference Information Desassembly. Service FCB KDB Inverter DC/DC Audio Earphone Main Video- Mode - - -- Board Board

15LCDM03B 3 6to7 10to15 “ 16to18 23to24 19to20 25 26 27to41 42to5820LCDM03B 3 6to7 10to15 “ 16to18 23to24 21to22 25 26 27to41 42to5820LCDB03B 3 8to9 10to15 “ 16to18 - 21to22 25 26 27to41 42to58

INFORMATION - INFORMATIONS - INFORMATIONENINFORMAZIONE - INFORMACIONES

Chassis group table1 - The electronic chassis configuration (modules) and schematic diagram page numbers.2 - The chassis configuration.

Le tableau ci-dessous regroupe :1 - L’environnement électronique de chaque chassis (modules) et le numéro de page où il est décrit.2 - La désignation des chassis

Die nachstehendeTabelle umfaßt:1 - Die elektronischen Baugruppen (Module) der Chassis varianten und die Seiten auf der sie beschrieben werden2 - Die Chassisbezeichnung

La tabella qui di seguito contiene:1 - l’ambiente elettronico di ogni telaio (moduli) e il numero di pagina nella quale è descritto.2 - La descrizione dei telai

El cuadro siguiente agrupa:1 - El entorno electrónico de cada chasis (módulos) y el número de página donde está descrito.2 - La designación de los chasis

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Chassis LCD03B

LCD03BFirst issue 10 / 03

BLOCK DIAGRAM - SCHEMA SYNOPTIQUE - BLOCKSCHALTBILD - SCHEMA A BLOCCHI - ESQUEMA DE BLOQUES

Main Board

LCD PanelControlBoard

PFC/DC+DC/Audio Board

Tuner Module

Video Board

12 pin

12 pin

40 pin**

40 pin**

50 pin*

50 pin*

20 pin

20 pin

Inverter

PowerConnector

8pin 8

pin

2pin

2pin

Tuner

14 pin

14 pin

60 pin golden finger

60 pin

D-Sub

S-Video

ADAD9883

ScallerPW113

FlashAT49BV8192AAudio Processor

TDA7440D

VideoDecoder

VPC3230D

De-InterlaceChipsetPW1230

TeltextSDA555XFL

Keypad/IR Interface

DDC

Audio Input

CompositeVideo

L/R AudioInput

Audio Line Out

EEPROM

SCART

15" ,20" System Block Diagram (EU version)

30 pin**

30 pin**

20" model only* 15" model only**



20" BI

Main Board

LCD PanelIRBoard

PFC/DC+DC/Audio Board

Tuner Module

Video Board

Keypad BoardEarPhone Jack

12 pin

12 pin

10pin

10pin

50 pin

50 pin

20 pin

20 pin

Inverter

PowerConnector

8pin

8pin

2pin

2pin

Tuner

14 pin

14 pin

80 pin golden finger

80 pin

D-Sub

S-Video

ADAD9883

ScallerPW113

FlashAT49BV8192AAudio Processor

MSP3412G

VideoDecoder

VPC3230D

De-InterlaceChipsetPW1230 Teltext

SDA555XFL

Keypad/IR Interface

DDC

Audio Input

Composit eVideo

L/R AudioInput

Audio Line Out

EEPROM

SCART

5pin

5pin20"BiSonic System Bolck

Diagram(EU version)

Page N°1

Disassembly

process

15LCDM03B

Page N°2Revision 1.0

15 " LCD TV


15 " LCD TV


15 " LCD TV

AV module :

video and tuner boards

Power boardSlider to extract

The AV module

PC board


15 " LCD TV

Page N°1

Disassembly

process

20LCDM03B


20 " LCD TV


20 " LCD TV

Boards overview

PC boardPower board

Inverter board

Earphone board

Power board

Control boardAV module


20 " LCD TV


20 " LCD TV

AV module


20 " LCD TV

LCD03B10 First issue 04 / 04

Service Mode Operation ManualModel support: 15” 20” and 20” bi-sonic

Service Mode1. Press the “menu” button, and then the screen display willappear “Overview” OSD, below as Figure Overview OSD.Then press the “info” button and ”1”, ”0”and ”3” buttonsstep by step to enter Service Mode. And FigureService mode will appear on the screen display.

Mode Service1.Presser la touche “Menu” l’ecran de selection ci-dessus apparaitPrenez la touche “Info”, la touche “1” puis les touches “0” et “3” pouracceder au “Mode Service”

Anleitung Service ModeFür Modelle: 15“, 20“ und 20“ bi-sonic

Service Mode1. Drücken sie die „MENU“ – Taste. Es erscheint das „Übersicht“–Menü (siehe Abbildung 1). Drücken sie dann nacheinander die Tasten„INFO“, „1“, „0“, und „3“. Die erste Seite des Service-Modes wirdangezeigt (siehe Abbildung 2).

Manuale Procedura Service ModeModelli: 15” 20” e 20” bi-colonnaService Mode1. Premere il tasto “menu” per far visualizzare il menu “Sommario”,vedi pagina OSD.Poi premere sequenzialmente i tasti “info” , “1”, “0” e “3” per entrare inService mode. Il menu di Service mode verrà visualizzata sullo schermo.Per cambiare pagina premere il tasto “Menu”.Menu Sommario

Manual de operación del Modo Servicio Para modelos de : 15”, 20” y 20” bi-columnaModo Servicio1. Pulsar la tecla “menú”, en la pantalla se mostraráel menú “OVERVIEW (ÍNDICE)”, como se muestra en la figura MENU OVERVIEW (ÍNDICE).A continuación, pulsar las teclas “info”, ”1”, ”0” y ”3” una tras otrapara entrar en Modo Servicio y se mostrará la primera página del Modo Servicio en la pantalla.

Overview

Preferences

Installation

Sound

Picture

Figure Overview OSD

SERVICE MODE - MODE SERVICE - SERVICE-MODE - MODO SERVICIO

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Color temp P-N P-C V-CV-NP-W

Red Drive - 123 -

- 123 -

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- 123 -

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- 123 -

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-

-

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-

+

+

+

+

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+

Red Offset

Green Drive

Green Offset

Blue Drive

Blue Offset

Reset To Default

Calibration...

Auto Turn on on off

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Red Drive - 123 -

- 123 -

- 123 -

- 123 -

- 123 -

- 123 -

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-

-

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+

+

+

+

+

Red Offset

Green Drive

Green Offset

Blue Drive

Blue Offset

Reset To Default

Calibration...

Auto Turn on on off

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- “Change“ value - Réglage de la valeur - Wert “änden“ - “Cambiare“ valore- “Cambiar“ valor

NAVIGATION INSIDE THE SERVICE MODE - DEPLACEMENT DANS LE MODE SERVICESUCHE IN SERVICE MODE - OPZIONI NEL SERVICE MODE - BUSQUEDA EN MODO SERVICIO

➠

REMOTE CONTROL - TELECOMMANDE - FERNBEDIENUNGTELECOMANDO - MANDO A DISTANCIA

Naviagation up Naviagation down

VALUE

VALUE >

<

- Press "Menu" button- Appuyer sur la touche "Menu"- Taste "Menu"- Premere " Menu"- Pulse "Menu"

Changing page - Changement de pageSeitenwechsel - Cambiare Pagina - Cambio de página

Choosing a setting from the menu / setting e valueChoix d'un réglage dans un menu / Réglage d'une valeur

Wahl einer einstellung in einem menü / Einstellung eines wertesScegliere una Regolazione dal Menu / Selezione di un valore

Eleccion de un Ajuste en un menu / Ajuste de un valor


1. Color Temp: P-N means “Normal” on YpbPr, V-N means “Normal” onVideo mode. Each item decide different gamma curve.2. Red drive, Green drive and blue drive means gamma RGB gain.Control by scaler3. Red offset, Green offset and blue offset means gamma RGB offset.Control by scaler4. Reset To Default: press OK will load all default value on User OSD5. Calibration: press this botton guide to calibrate A/D converter whiteand black level on PC input. Also guide to calibrate A/D converter PbProffset on YpbPr input6. Auto Turn On: toggle on/off control auto turn on . this function forfactory burn-in sets . Only active on selection PC input then main poweroff.7. Green lable: Tuner s/w version, time while compiling s/w, modelname, main s/w version.

1. Color Temp: Temperature des couleurs.P-N correspond à un reglage “Normal” /YpPrV-N correspond à un reglage “normal” / mode vidéo

chaque item permet de règler la courbe de gamma.2. Red drive, Green drive and blue drive: green drive et Bleu drivecorrespond aux reglages de gaindu gamma RVB ( controlé par le scaler).3. Red offset, green offset et blue offset: correspond aux réglaged’offset du gamma RVB ( controlé par le scaler ).4. Reset To Default: Appuyer sur “OK”.

Charger les valeurs par defaut sur le menu OSD.5. Calibration: Appuyer sur “OK” pour valider.

Etalonne les niveaux blanc et noir du convertisseur A/D de l’ entrée PCEtalonne egalement les offset Pb/Pr du convertisseur A/D sur l’ entrée Ypb Pr

6. Auto Turn On: Option On/OFF valide le reglage usine, le démarrage automatique. Seulement active sur l’entrée PC.

7. Green lable Indication dans les fenêtres vertes: Version softwaretuner, temps de compilation software , nom du modele, version, versiondu software principal.

Seite 1 des Service-Modes1. Color Temp: P-W steht für „Warm im YPbPr-Mode, P-N steht für„Neutral“ bei YPbPr-Mode, P-C steht für „Kalt“ im YPbPr,-Mode, V-Wsteht für „Warm“ im Video-Mode, V-N steht für „Neutral“ im Video-Mode,V-C steht für „Kalt“ im Video-Mode. Alle Modi haben unterschiedlicheGamma-Kennlinien.2. Red Drive, Green Drive und Blue Drive: Einstellung der RGB-Verstärkung 3. Red Offset, Green Offset und Blue Offset: Einstellung des RGB-Offsets4. Reset to Default: Durch Drücken der “OK”-Taste werden dieBenutzerdaten gelöscht und die Defaultwerte geladen.5. Calibration: Kalibrieren der Schwarz- und Weißpegel des AD-Wandlers des PC-Eingangs6. Auto Turn On: Aktivierung des automatischen Einschalten desGerätes über den PC-Eingang. (nur für den Burn-In in der Farbrikvorgesehen).7. Grün markierte Felder: Software-Version Tuner, Compiler-Daten,interne Modellbezeichnung, Version der Hauptsoftware.

1. Color Temp: P-N significa “Normale” in funzione YPbPr, V-N significa“Normale” in funzione Video. Ogni selezione determina una differentecurva di risposta.2. Red Drive, Green Drive e Blue Drive significa guadagno gammaRGB. Controllato da una scala.3. Red Offset, Green Offset e Blue Offset significa Offset gamma RGB.Controllato da una scala.4. Reset To Default: premendo OK verranno caricati tutti i valori diDefault nel Menu Utente.5. Calibration: premere questo tasto guida per calibrare il livello Bianco/Nero del convertitore A/D dell’ingresso PC. Calibra anche l’offset delconvertitore A/D PbPr dell’ingresso YpbPr.6. Auto Turn On: Commutatore controllo automatico On/Off. Funzioneutile per le prove di bruciatura in fabbrica. Attivando On si attiva lospegnimento automatico in base al segnale di ingresso PC.7. Caselle in Verde: Versione Software Tuner, Data compilazioneSoftware, Nome modello, Versione software Main.

1. Color Temp: P-N significa “Normal” en modo YpbPr, V-N significa“Normal” en modo Video. Cada elemento tiene una curva de gammadistinta.2. Red drive, Green drive y Blue drive ajustan la ganancia de la gammaRGB.3. Red offset, Green offset y Blue offset ajustan el offset de la gammaRGB.4. Reset To Default: Al pulsar OK se cargarán todos los valores pordefecto del menú de usuario5. Calibration: Pulsando este botón ayuda a calibrar el convertidor A/Dde nivel de blanco y negropara la entrada de PC. También sirve para calibrar el offset delconvertidor A/D PbPr en la entrada YpbPr6. Auto Turn On: Selecciona el control del autoencendido. Sólo activoen la selección de entrada de PC y desconexión de red.7. Casillas en verde: versión de software del sintonizador, datos decompilación del s/w, modelo, versión del s/w principal


Red Drive - 123 -

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- 123 -

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-

+

+

+

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+

Red Offset

Green Drive

Green Offset

Blue Drive

Blue Offset

Reset To Default

Calibration...

Auto Turn on on off

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Page1 on service mode

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8. OSD position: OSD position selection.9. Factory Save: press OK save all parameters on service mode.10. Auto Adjustment: auto adjustment new timing(position ,phase…etc).Only active on PC mode.11. Video int Gain: this slider bar used to align brightness spec of Videomode. Larger value bring to brighter. Control by Video decoder VPC323012. Colour: adjust color saturation. Same funct ion on User OSD. Controlby Videodecoder VPC3230.13. Tuner Set V-Level: not used14. Tuner Get V-Level: not used.15. Set First Installation: “Enable” means TV will pop-up installationOSD at next power-on.16. Tuner Set Factory Programs: not used.17. EXIT: exit service mode.

8. OSD position: Selection de la position OSD.9. Factory Save: pressez la touche “OK” pour sauvegarder tous lesparametres du mode service10.Auto Adjustment: Actif seulement en mode PC. Auto réglage desnouveaux parametres de temps ( Position, phase..).11. Video int Gain: Réglage de la lumière en mode vidéo.Contrôle par le décodeur vidéo VP¨C 3230.La position élevèe du curseur augmente la lumière.12. Colour: Régle la saturation de la couleur.13. Tuner Set V-Level:Pas utilisé.14. Tuner Get V-Level: Pas utilisé.15. Set First Installation: Signifie que la TV à la prochaine mise soustension affichera le menu d’ installation.16. Tuner Set Factory Programs: Pas utilisé.17. EXIT: Sortie du mode Service.

Seite 2 des Service-Modes8. OSD Position: Wahl der Menü-Position auf dem Bildschirm9. Factory Save: Drücken der „OK“-Taste speichert alle Einstellungendes Service-Modes ab.10. Auto Adjustment: Automatischer Abgleich von Timing, Lage, Phaseusw. im PC-Mode11. Video Int Gain: Helligkeitsvoreinsteller für den Video-Mode.Steuerung über den Videodecoder VPC3230.12. Colour: Einstellung der Farbsättigung; gleiche Funktion wie dieBenutzersteuerung. Steuerung über den Videodecoder VPC3230.13. Tuner Set V-Level: nicht benutzt14. Tuner Get V-Level: nicht benutzt15. Set First Installation: „Enable“ lässt beim nächsten Einschalten desGerätes nach einer Netztrennung das Installationsmenü erscheinen.16. Tuner Set Factory Programs: nicht benutzt.17. Exit: Verlassen des Service-Modes.

8. OSD position: Selezione posizione OSD.9. Factory Save: Premere OK per salvare tutti i parametri del serviceMode.10. Auto Adjustment: Auto regolazione nuove temporizzazioni ( posizione, fase ... etc). Attivo solo in funzione PC.11. Video int Gain: Regola il livello di luminosità in funzione Video. Piùalto è il valore più l’immagine è luminosa. Controllo tramite il DecoderVideo VPC3230.12. Colour: Regola la saturazione del colore. Stessa funzione del Menuutente. Controllo tramite Video Decoder VPC3230.13. Tuner Set V-Level: Non utilizzato.14. Tuner Get V-level: Non utilizzato. 15. Set First Installation: “Enable” significa abilitazione, all’accensione,del menu di prima installazione.16. Tuner Set factory Programs: Non utilizzato.17. EXIT: Uscita dal Service Mode.

8. OSD position: Selecciona la posición del OSD.9. Factory Save: Al pulsar OK, se guardan todos los parámetros delmodo servicio.10. Auto Adjustment: Autoajuste de nuevo timing (posición, fase…etc).Sólo activo en modo PC.11. Video int Gain: Esta barra deslizante se utiliza para ajustar lasespecificaciones del brillo en el modo Video. Cuanto mayor sea el valor,más brillante. Control por el descodificador de Video VPC323012. Colour: ajusta la saturación del color. Es la misma función que elmenú de usuario. Control por el descodificador de Video VPC3230.13. Tuner Set V-Level: no utilizado.14. Tuner Get V-Level: no utilizado.15. Set First Installation: “Enable” significa que la próxima vez que seconecte el TV aparecerá el menú de primera instalación.16. Tuner Set Factory Programs: no utilizado.17. EXIT: Salida del Modo Servicio.

OSD Position

Factory Save...

- 123 -

- 123 -

-

-

+

+Colour

Auto Adjustment

Tuner Set V-Level

Video Int Gain

Tuner Get V-Level

Set First INstallation NotEnabled...

Tuner Set Factory Programs

Exit


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LCDB03BFirst issue 04 / 04

18. PW Gamma: gamma curve selection. “Automatic” means pick-upproper gamma curve automatically when user choose Normal, Warm andCool. Value change is not recommended.19. Scale Mode: screen ratio selection.20. VPC AGC ON: turn on Video decoder “Auto gain control” (analog inputlevel adjustment.).21. VPC AGC OFF: turn off Video decoder “Auto gain control”.22. HV Lock Sensitivity: Tuner HV sync sensitivity. Value change is notrecommended. Fake programme be detected or Real programme beskipped.23. Color Delay: Color timing delay which only impact on Video mode. Fordevelopment only. Value change is not recommended24. Audio gain: not used.25. Pb offset: adjust Pb offset on YpbPr input.26. Pr offset: adjust Pr offset on YpbPr input.These 2(25,26) Functions above could be automatically done by“Calibration” page1.27. Enter PW1230 Adjustment page: Deinterlacer parameters control. Fordevelopment only. Value change is not recommended.

18. PW Gamma: Selection de la courbe de gamma “Automatic”correspont à l’optention de la courbe de gamma appropriée quandl’utilisateur choisit la position froide, neutre, chaude ou le rendu descouleurs est meilleur.il est deconseillé de sélectionner la position “value Change”.19. Scale Mode: Selection format d’ecran.20. VPC AGC ON:Active le Vidéo décodeur. Sélectionnez “ Auto gainControl” ( réglage du niveau d’entrée analogique ).21. VPC AGC OFF:Désactive le Vidéo décodeur. Sélectionnez “ Autogain Control”.22. HV Lock Sensitivity: Sensibilité de la Synch. HV tuner.Il est imperatif de ne pas modifier sa valeur.Le tuner détectera les mauvais progrmmes ou passera les programmescorréctes.23. Color Delay: Réglage du “délai” couleur en mode vidéo.Réglage usine, ne pas modifier.24. Audio gain: Non utilisé.25. Pb offset: Réglage de l’offset Pb sur l’ entrée Ypb Pr.26. Pr offset: Réglage de l’offset Pr sur l’entée Ypb Pr.Ces 2 réglages ( 25, 26 ) sont automatiquement effectues par“calibration” de la page 1 du mode service.27. Enter PW1230 Adjustment page: Ne pas modifier. Réglage usineContrôle les parametres “ Deinterlacer”.

18. PW Gamma: Auswahl der Gamma-Kennlinie: Bei Einstellung„Automatic“ wird automatisch die jeweilige Kennlinie gewählt, wenn derBenutzer zwischen Warm, Neutral oder Kalt umschaltet. Eine Änderungdieser Grundeinstellung ist nicht empfehlenswert.19. Scale Mode: Wahl des Bildformates20. VPC AGC ON: Aktiviert die automatische Verstärkungsregelung desVideodecoders (Anpassung der Pegel der Analogeingänge)21. VPC AGC OFF: Deaktiviert die automatische Verstärkungsregelungdes Videodecoders.22. HV Lock Sensitivity: Empfindlichkeit des Synchrondetektors imTuner. Eine Änderung dieser Grundeinstellung ist nicht empfehlenswert,da sonst der Sendersuchlauf falsche Ergebnisse liefern könnte.23. Color Delay: Einstellung Farbversatz. Eine Änderung dieserGrundeinstellung ist nicht empfehlenswert.24 Audio Gain: nicht benutzt25. Pb Offset: Einstellung des Pb Offsets bei YPbPr.26. Pr Offset: Einstellung des Pr Offsets bei YPbPr.Zu 26 und26: Der Abgleich dieser Funktionen kann automatisch mit der

Funktion „Calibration“ auf der Service-Mode Seite 1 durchgeführt werden.27. Enter PW1230 Adjustment Page: Abgleich der Parameter desDeinterlacers. Eine Änderung dieser Grundeinstellungen ist nichtempfehlenswert.

18. PW Gamma: Selezione curva gamma. In “Automatic” vieneselezionata automaticamente la curva gamma ideale, in base alla sceltautente Calda, Fredda o Neutra, nella funzione Tonalità . Si consiglia dinon cambiare valore.19. Scale Mode: Selezione Rapporto schermo.20. VPC AGC ON: Attiva, nel Decoder Video, il Controllo automatico delGuadagno (Regolazione livello ingresso analogico).21. VPC AGC OFF: Disabilita, nel Decoder Video, il Controllo Automaticodel Guadagno.22. HV Lock Sensitivity: Sensibilità Sync HV Tuner. Si consiglia di noncambiare valore. Livello soglia per saltare eventuali emittenti con segnaledebole.23. Color Delay: Regola il ritardo colore rispetto al segnale video.Utilizzato per la fabbrica. Si consiglia di non cambiare valore.24. Audio Gain: Non utilizzato.25. Pb offset: Regola l’offset Pb sul segnale YpbPr in ingresso.26. Pr offset: Regola l’offset Pr sul segnale YpbPr in ingresso. Le regolazioni menzionate nei punti 25 e 26 possono essere eseguiteautomaticamente come indicato nella riga “Calibration” di pagina 1.27. Enter PW Adjustment page: Controllo parametric Deinterlacer.Utilizzato in fabbrica. Si consiglia di non cambiare valore.

18. PW Gamma: Selección de la curva de gamma. “Automatic” quieredecir que recuperará automáticamente la curva ideal de gamma cuandoel usuario seleccione Normal, Cálido o Frío. No se recomienda cambiareste valor.19. Scale Mode: selecciona la relación de pantalla.20. VPC AGC ON: activa el "control automático de ganancia" deldescodificador de video (ajuste del nivel de entrada analógica).21. VPC AGC OFF: desactiva el "control automático de ganancia" deldescodificador de video.22. HV Lock Sensitivity: Sensibilidad de los sincronismos HV delsintonizador para la búsqueda de emisoras. No se aconseja cambiar estevalor. Los canales reales pueden ser ignorados o los falsosmemorizados.23. Color Delay: Retardo del color en modo Video. No se recomiendacambiar este valor24. Audio gain: no utilizado.25. Pb offset: ajuste del offset de Pb en la entrada YpbPr.26. Pr offset: ajuste del offset de Pr en la entrada YpbPr.Estas 2 funciones anteriores (25,26) serán hechas automáticamente en“Calibration” de la página 1.27. Enter PW1230 Adjustment page: control de los parámetros deDeinterlacer. No se recomienda cambiar este valor.36. V. Position: ajusta la posición Vertical sobre la entrada PC.

Pw Gamma Automatic

Scale Mode

- 123 -

- 123 -

-

-

+

+

- 123 -- +

- 123 -- +

- 123 -- +

HV Lock Sensitivity

VPC AGC ON

Color Delay

VPC AGC OFF

Audio Gain

Pb Offset NotEnabled...

Pr Offset

Enter PW1230 Adjustment Page...

Page3 on service modeEN

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28. Video Format: select Video standard. Force to “Auto”.29. Default Language: set default language. Same function on UserOSD.30. RGB filter: sharpness filter of PC port of scaler. Impact on PC andYpbPr input31. Video filter: sharpness filter of Video of scaler. Impact on TV Videoand YcbCr.32. Monitor Sync: force to “On”. So that Video format can autodetection.33. Reset All Nvram: press “OK” will reset all parameters on servicemode, including color temp settings, brightness setting….etc.34. Test Pattern: display test-pattern which generate by scaler. Onlyactive on PC source.35. H.Position: adjust horizontal position while PC source in36. V.Position: adjust Vertical position while PC source in

28. Video Format: selectionne le standard Vidéo. Forcer à “Auto”.29. Default Language: Selectionne la langue par défaut. Même fonctionque le réglage utilisateur.30. RGB filter: Filtre Contour RGB du Port PC.Agit sur les entrées PC et Ypb Pr.31. Video filter: filtre contour Vidéo. Agit sur les entrées TV Vidéo et Ye bCr.32. Monitor Sync: Forcé à ON Auto détection du format Vidéo.33. Reset All Nvram: Appui sur “OK”.Reset De tous les parametres du “MODE SERVICE” incluant latempèrature de couleur, Contour... etc.34. Test Pattern: Affichage de la mire interne. Actif seulement en modePC35. H.Position: Réglage Horizontal en mode PC.36. V.Position: Réglage Vertical en mode PC.

28. Video Format: Auswahl des Videostandards. Sollte auf „Auto“stehen.29. Default Language: Auswahl der Menüsprache; gleiche Funktion wiedie Benutzersteuerung.30. RGB Filter: Abgleich des Schärfefilters des Scalers für PC-Mode undYPbPr.31. Video Filter: Abgleich des Schärfefilters des Scalers für den Video-Mode.32. Monitor Sync: Sollte immer auf „On“ stehen damit das Videoformatautomatisch erkannt wird.33. Reset All Nvram: Drücken der „OK“-Taste setzt alle Parameter imService-Mode ( auch Farbtemparatur, Helligkeit usw.) zurück.34. Test Pattern: Zeigt ein vom Scaler erzeugtes Testmuster auf demBildschirm. Nur im PC-Mode.35. H.Position: Horizontallage für PC-Eingang.36. V.Position: Vertikallage für PC-Eingang.

28. Video Format: Seleziona lo standard Video. Forzato su “Auto”.29. Default language: Seleziona la lingua. Stessa funzione del MenuUtente.30. RGB Filter: Definizione filtro del demoltiplicatore (scaler) della portaPC. Influisce sugli ingressi PC e YpbPr.31. Video Filter: Definizione filtro del demoltiplicatore del segnale Video.Influisce sui segnali TV Video e YcbCr. 32. Monitor Sync: Forzato su “On”. In questo modo può essere rilevatoautomaticamente il Formato Video.33. Reset All Nvram: Premendo “OK” verranno resettati tutti Iparametri del Service Mode, inclusi regolazione Temp. Colore,Regolazione Luminosità, ... ecc.).34. Test Pattern: Attivazione serie di segnali test. Attivo solo coningresso PC.35. H. Position: Regola la posizione Orizzontale in ingresso PC.36. V. Position: Regola la posizione Verticale in ingresso PC.

28. Video Format: selecciona el estándar de Video. “Auto” fuerza amodo automático.29. Default Language: selecciona el idioma por defecto. Hace la mismafunción que el menú "Usuario".30. RGB filter: filtro de nitidez. Válido para las entradas de PC e YpbPr.31. Video filter: filtro de nitidez. Válido para las entradas de TV, Video eYcbCr.32. Monitor Sync: forzado a “On”. El formato de video puede serautodetectado.33. Reset All Nvram: pulsando “OK” se borrarán todos los parámetrosdel Modo Servicio, incluyendo los ajustes de temperatura de color,ajustes de brillo y contraste....., etc.34. Test Pattern: muestra unas cartas de ajuste generadasinternamente. Activo solamente en modo PC.35. H. Position: ajusta la posición horizontal sobre la entrada PC.36. V. Position: ajusta la posición Vertical sobre la entrada PC.

Video Format NTSC-M

Scale Mode

- 123 -- +

- 123 -- +

Monitor Sync On Off

RGB Filter

Video Filter

Reset All Nvram

Test Pattern NotEnabled...

H.position

V.position


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37. Life Time: The left item means the time added by stand by + TV onThe right item display the time of TV-on only.38. Project Code: as title39. Panel Resolution: as title40. NvRam Ver. Display EEPROM data veriosn.41. HXV Res / Hfreq: timing information. Resolution and H clock42. HXV Total: timing information.43. Mode Num: timing information. Sequence of Timing chart.44. DCLK: timing information. Data clockThese 4(41,42,43,and 44) items above are for development check only.45. Factory save: save factory parameters.46. Green label: display tuner s/w version.

37. Life Time:-Indication de gauche:

indique le temps fonctionnement total du TV: On+ Stand by. -Indication de droite:

Indique le temps de fonctionnement du TV en On seulement.38. Project Code: Info code.39. Panel Resolution: Resolution du panneau d’écran.40. NvRam Ver. Version EEPROM.41. HXV Res / Hfreq: Information de temps resolution et Horloge H.42. HXV Total: Information de temps.43. Mode Num: Information de temps44. DCLK: Information de temps.Data clock.

Ces 4 lignes d’information sont utilisées en développement.45. Factory save: Sauvegarde les paramétres usine.46. Green label: Affiche la version de Software du tuner.

Seite 5 des Service-Modes37. Life Time: Betriebsstundenzähler, links: Summe Standby-Zeit undTV-Ein, rechts: nur TV-Ein-Zeit.38. Project Code: 39. Panel Resolution: Auflösung der LCD-Panels 40. NvRam Ver. : Version EEPROM-Daten41. HXV Res / HFreq:Timing-Information (Auflösung und H-Clock)42. HXV Total: Timing Information43. Mode Num Timing Information44. DCLK: Timing Information Data Clock45. Factory Save: Daten des Service-Modes speichern.46. Grün hinterlegtes Feld: Version Tuner-Software

37. Life Time: Il contatore a sinistra indica il tempo totale difunzionamento in Stand By + apparecchio acceso. Il contatore a destraindica il tempo totale di funzionamento ad apparecchio acceso (ON).38. Project code: Codice progetto.39. Panel Resolution: Risoluzione pannello.40. NvRam Ver: Versione EEPROM.41. HXV res / Hfreq: Informazione timing. Risoluzione e Clock H.42. HXV Total: Informazioni timing.43. Mode Num: Informazioni Timing. Sequenza carta tempi.44. DCLK: Informazioni Timing. Clock Data.I valori menzionati nei punti 41, 42 43 e 44 sono solo per la fabbrica45. Factory save: Parametri memorizzati in fabbrica.46. Casella verde: Versione software Tuner

37. Life Time: Los números de la izquierda muestran la suma de lashoras en stand-by + TV encendido. Los de la derecha indican sólo lashoras de TV encendido.38. Project Code: informativo39. Panel Resolution: informativo40. NvRam Ver. Indica la versión de la EEPROM.41. HXV Res / Hfreq: información de timing. Resolución y frecuencia H.42. HXV Total: información de timing.43. Mode Num: información de timing.44. DCLK: información de timing. Frecuencia del reloj.Estas 4 funciones anteriores (41,42,43,y 44) son informativas. Sólo sonpara comprobación.45. Factory save: memoriza los valores de fábrica.46. Casilla en verde: indica la versión de software del sintonizador.

Life Time 00034:10 00033:35Project Code EU20L03B

Panel Resolution 800 X 600

NvRam Ver. OC / 14HXV Res / HFreq 649 X 548 15,52HXV Total 864 X 625

Mode Num 55DCLK 41.0 M

Tuner: 1DFactory Save...


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CONTROL SCHEMATIC DIAGRAM - SCHEMA DES CIRCUITS COMMANDES - SCHALTBILD BEDIENTEIL - SCHEMA DEI CIRCUITI COMANDI - ESQUEMA DE LOS CIRCUITOS MANDOS

CONTROL 20” BI)

KP D0

KP D4KP D3KP D2KP D1

KP D5

EAR_MUTE

Audio_L

A udio_R

OP

Q32N3904

OP

TP 4 C21000P

R9

1K

D1

TZMC

5V1

TP 15SW2

TP 11

H2HOLE -V8

D3

TZMC

5V1

SW3

OP

C1 3100U

R1

10K

R1 24.7

OP

R1 510K

C410U

TP 5

R5

39

C1 6100U

C3100 0P

OPOP

R2

10K

J1

2210165091D2TZMC

11

SW5

R1 34.7

D7

1N4148

Q22N3 904

TP 8

OP

U1TDA2 822D

J2

SW4

OP

R1 0

51.1KF

C1 1

100U

J3

20L1033010

Q12N3 906

R71K

TP 9

SW1

H1HOLE -V8

OP

TP 1

C60.1U

OP

TP 13

R1 447K

TP 6

TP 10

R6

39

C910U

R310K

TP 2

OP

D5

TZMC1

1

R1 1

51.1KF

C11000P

OP

R81K C1 2

100U

D4

TZMC

5V1

C1 5100U

C1 4100U

SW6

TP 7

TP 14

OP

D6

TZMC

5V1

TP 3

C70.1U

OP

TP 12

C1 0

100U

R410K

V5S

12V

12V

12V

V5S

KEY PA D BOAR48.M2302.A00

20L 0BI

Wednesday , Septem ber 24, 2003Optical Points

1 3

2 45

1 3

2 45

16V

16V

16V

3

54

67

2

1

1 3

2 45

1

32

7

8

6

5

2

1

3

4

12345

G1G2

1 3

2 45

16V

12345678910

1 3

2 45

25V K

16V

16V

16V

16V

12

1 3

2 45

25V K

16V

OP10

OP5OP1

OP8 OP14OP11

OP2 OP4

OP13

OP6OP3 OP7

OP12OP9

1

2

3

4

5

6

7

8

9

123456789

10

G1

G2

1

2

3

4

5

6

7

8

9 1

2

3

4

5

6

7

8

9

123456789

10

G1

G2

1

2

3

4

5

6

7

8

9

+

+

+

3

54

67

2

1

+

-

-

+

+

+

+

+

+

+


+

R G

L2

L4L3

KP D5KP D4KP D3

KP D2

KP D0KP D1

V5S

V5S

V5S

IR BOARD

Optical Points

IR Sensor P/N :05.04856.010 for the USAIR Sensor P/N :05.04833.010 for the EU

2 134

123456789101112

25V

12

12345678910

G1G2

1 2 3

TP 3

TP 10

TP 7

TP16

TP 5

R35.1K

H2HOL E-V8

OP

TP 4

TP 8TP

20

OP

TP13

LE D1GREEN/RED

OP

H1HO LE-V 8

TP 9

TP14

OP OP

J3

20L1033012

TP 1

C14.7U

R1

330

TP15

J220L1033010

TP 2

TP18

OP

TP19

TP 6

U1

TSOP4856

OP

R4

330

TP17

R2330

1

2

3

4

5

6

7

8

91

2

3

4

5

6

7

8

9

123456789

101112

12345678910

G1G2

VOUT

GND

VCC

OP2 OP4 OP6OP3 OP7OP5OP1

IR PREAMPLIFIER - IR PREAMPLIFICATEUR - IR VORVERSTARKER - PREAMPLICATORE IR

( IR PREAMPLIFIER 20”BI )


AUDIO CHANNEL SCHEMATIC DIAGRAM - SCHEMA DES CIRCUITS AUDIO - SCHALTBILD MEHRKANAL AUDIO - SCHEMA DEI CIRCUITI AUDIO - ESQUEMA DE LOS CIRCUITOS AUDIO

(AUDIO 20” BI)

1. Resistor values are in ohm, K = 1,000 ohm, M = 1,1000 000 ohm2. All resistors are SMD 0603 5% exept where otherwise indicated

3. All capacitors are SMD 0603 5% exept where otherwise indicated

4. Represents PCB common ground

NOTES:

R50547K

C509

25VIEL)

470µC505

C504

P_GND

C506

25V

16V

25V

3VCC 13

IC501TDA7266

(ELI

470µ

0,22µ

R506

S_GND S_GNDS_GND

Vref

S_GND

S_GNDS_GND

S_GND

P_GND

47K

R50310K

R50410K

R50947K

R51147K

ZD 5019.1V

R50820K

R51020K

R51620K

R50126,1K

R50226,1K

R50710K

R51720K

R51347K

Q5042N3904

R515

EAR_MUTE

47K

R51320K

R51420K

R51220K

S_GND

Q5032N3904

R51847K

Q5052N3904

Q5012N3904

Q5022N3904

Q5062N3904

C5110.1µ16V

C5080.22µ16V

C5100.1µ16V

C5021000950V

C503

16V(EL)

10µ

0,1µ

C5011000P

50V

C507100µ16V(el)

BD501(0805)(Bead)

(Bead)

(Bead)

(Bead)

BD502

BD503

BD504

1

22

1

OUT1-

15OUT2+

14

8

6

12

9

7

4

IN1

IN2

MUTE

PW-GBD

ST-BY

OUT2-

OUT1+

3

4

R5642K

R5652K

R5662K

R567

ZD55712V

PWR_GND

2K

+12V

VCC 2+19V

S-GNDAUD_R

AUD_LVCC

AUD_R

AUD_L

AUD_L

MUTE

CN601

CN602=>CN602


DC - DC CONVERTER SCHEMATIC DIAGRAM - SCHEMA CONVERTISSEUR DC -DC -SCHALTBILD GLEICHSTROMUMFORMER - SCHEMA CONVERTITORE CC - CCESQUEMA CONVERTIDOR CC - CC

( DC/DC 15” )

POWER_ON

CN702

CN701PWR-JACK


DC - DC CONVERTER SCHEMATIC DIAGRAM - SCHEMA CONVERTISSEUR DC -DC -SCHALTBILD GLEICHSTROMUMFORMER - SCHEMA CONVERTITORE CC - CCESQUEMA CONVERTIDOR CC - CC

( DC/DC 20” BI )

F702T 2A

F701T 3A

69.420D1.111

69.43001.101

C7134700p50V

C7151µ16V

C702220µ25V(el)

C7104700P50V

C714470P50V(NPD)

R70210K R738

3K

R713

R714

47K

R7191.8K

R7210

R7151,8K R717

Q7032N3904

Q7052N3904

Q7062N3904

Q7122N3906

Q704

ZD7022MM 5,1V

2MM 6,1V

ZD702

2N3905

Q701IRFR5305

R70310K

R70610K

1 2 3 4 5 6 7 8

16

REF

SCPCT

1 CN

+

1 CN

-

1 FB

K

1 DT

C

1 OU

T

GND

SCP

1 CN

+

2 CN

-

2 FB

K

2 DT

C

2 OU

T

VCC

15 14 13 12 11 10 9

R70420K

R70720k R710

12V

12V

0

R739

ZD703

ZD704

3K

R74020K

R7413K R742

47K

R74320K

R70510k

R70810k

BD701(Bead)

BD702(Bead)

R70947k

C7161µ16V

C7091µ25V

C7180.1µ25V

D701RB060L-4D

D702RB060L-4D

Q702IRFR5305

D704RB060L-4D

D703RB060L-4D

L701

C705220µ

150µ

L70247µ

C706220µ25V(el)

25V(EL)

C7070,1µ25V

C7080,1µ25V

C70447µ16V

R7233 01K

R725330

R7241K

R7268,66K

R7271K

R72947K

R73020K

Q707FO59435

Q7082N3904

Q7092N3906

R7282K

R73220K

R7333K

R73447K

R73720K R736

20K

R73547K

C7190.1µ25V

IC701 TL1451AC

PWR_GND

GND

BD501(Bead)

BD502(Bead)

2

2

1

4

3

3

7

8

6

4

5

3

2

1

1

Q7132N3904

(Bead)

(Bead) (Bead)

C717220µ25V

C564

L502

L501

S_GND

PWR_GND

L503

0,1µ25V

C5620,1µ25V

0,1µ25V

C701220µ25V

+19V

C501470µ25V(ELI)

Q7102N3904

Q7102N3904

R73147K

3

1

5

9

7

11

13

15

18

20

4

2

6

10

8

12

14

17

19

21

+19V

UREF

UREF

+12V

+12V+15V

+19V+19V

MUTEAUDIO_L AUDIO_R

VCC

+5VS

+5VS

+5VS

PWR_GND

PWR_ON

UREF

DTC

ON/OFF

ON/OFF

LCD_BR

LCD_BR

LCD_ON

LCD_ON

POWER_ON

DTC

+12V

UREF

+5VS

VCC

CN701=>CN502

CN703CN702

CN701<=CN502

1. Resistor values are in ohm, K = 1,000 ohm, M = 1,1000 000 ohm2. All resistors are SMD 0603 5% exept where otherwise indicated

3. All capacitors are SMD 0603 5% exept where otherwise indicated

4. Represents PCB common ground

NOTES:


INVERTER SCHEMATIC DIAGRAM - SCHEMA DE LA PLATINE INVERSEUR - SCHALTBILD INVERTER - SCHEMA INVERTER - ESQUEMA DEL INVERSOR

( INVERTER 15” / 20” )

CN603

CN602

CN604

CN601


*2

VCC

GND

+

+

*2

VCC

GND

*2

VCC

GND

++

+5VS

+5VS

+5VS

+5VS

VC C+9 V

+5VS

+9 VVC C

+5VS+12V+12 V

OP5 V

OP5 V

OP5 V

+9 V OP5 V

Proj ct Code Model N ame20L03B99.M127 5.001

Tuesday, Sept ember 23, 200

Optical Points

Screw Holes

GF-60Pin

[P.2]

[P.2]

[P.2]

[P.1]

[P.1]

[P.1]

[P.1]

[P.1]

[P.1]

[P.1][P.6]

[P.6]

[P.4][P.4][P.4][P.4][P.4]

[P.4]

[P.4]

[P.3][P.4][P.4][P.4]

[P.4]

[P.4][P.4]

[P.3][P.3][P.3]

[P.1][P.1][P.1][P.1][P.1][P.1][P.6][P.6][P.6][P.6][P.6][P.6]

[P.7][P.7][P.7][P.7]

[P.7][P.7]

[P.7]

[P.7]

[P.4][P.4]

[P.2][P.2]

[P.6]

[P.6]

(For EMI)

(For EMI)

50V J

1

1

3

2

1

1

1

3

2

OPE

N

3 1

24

16V

16V

OPE

N

1

3 1

24

13579

111315171921232527293133353739

246810121416182022242628303234363840

41 4243 4445 4647 4849 5051 5253 5455 5657 5859 60

3 1

24

16V

12

1728394105

11

12

13

14

15

6

1617

OPE

N

50V J

1

2

3

4

8

7

6

5

12

3

54

67

2

1

16V

12345678 9

10111213141516

3

54

67

2

1

12

50V J

12

12

12

OP2

OP1 3 OP15

OP3

OP1 2OP9 OP16

OP5

OP8 OP1 1

OP4 OP6 OP7

OP10

OP1

OP1 4

1

2

3

4

5

6

7

8

9 1

2

3

4

5

6

7

8

91

2

3

4

5

6

7

8

91

2

3

4

5

6

7

8

9

A0

A1

A2

GND

VCC

WP

SCL

SDA

3

54

67

2

1

C1 +V+C1-C2 +C2-V-T2OUTR2I N R2OUT

T2INT1IN

R1OUTR1IN

T1OUTGNDVCC

3

54

67

2

1

1

2

3

4

5

6

7

8

9

GS CL

GS DA

P C_5V

GS DA

GS CL

PC_

5V

R1

B1

RXTXD

UART _RXUAR T_TX

V UV7V UV6V UV5

VY5

VY0VY1

VY3

V UV0

VY2

VY4

V UV1

VY6VY7

V UV2V UV3

V UV4

G1

G REEN_I N

RED_ IN

BLUE_ IN

RED_ IN

GREEN_IN

BLUE_ IN

RGB_VSRGB _HS

TXDRX

VF IELD

V CLKVVSVHS

V PEN

VY[0..7 ]

V UV[0..7 ]

VR_ IN

VB_IN

VY_ IN

VR _GND

V Y_GND

VB_GN D

INPUT_DETAV_ DETTV_DET

VY _INVY_GNDVB_ INVB_ GNDVR _INV R_GNDRI 1LI1RI 2LI2RI 4LI4

SDASCL

DECOEPORTB3VIDEO_RESE TAV_SELCVBS_ SEL

LI3

RI 3

Audio_ R_Line

Aud io_L_Lin e

TP7

C5

47P

R8

75

D14

TZMC5V1

C1 1

0 .1U K

R 137 1K

OPC1

3610

0P J

TP2

C1 31

10 00P J

TP1 0

D8

TZMC5V1

D1

1N4148DN 8BAV99

OP

R13 47

R9

75

TP4

TP5

R2 3150

H1

HOLE-V8

R4 47

D12TZM

C5V1

OP

D6

TZMC5V1

D1927V

OP

R 139 0

C1 30

10 00P J

DN 9BAV9 9

R86 600 OHM

OP

R14 47

C1

10 00P J

C8 0.1U K

R1 6

4.7K

R10

75

D2

1N4148

TP9

OP

H5

HOLE- V8

H4

HOLE-V8

OP

C137

100P

OP

U25

MM1031XMR

C9047U

R 11075 R6

10K

R5 47

DN1BAV99 C2

10 00P J

C60.1U K

R 138 0

OP

C 12110 U

C138

100P

D2 027V

U24

MM1031XMR

R 11575

OP

J5

G F60

R 140 0

H2

HOLE- V8

R2 47

DN2BAV99

R87 600 OHM

TP1 1

U26

MM1031XMR

R1 1K

OP

C 12210 U

D15

TZMC5V1

J3

D-Sub15

R 12075

C 1250 .1U K

D9

TZMC5V1

C7 0.1U K

C139

100P

OP

C3

47P

DN3BAV9 9

U2

AT2 4C02A

R3 1K

D17

TZMC5V1

R 136 1K

J2

221 0165031

R88 600 OHM

C1 00 .1U K

C 12310 U

OP

U1

SP 232ECN

C 1260 .1U K

J1

A udio Line out(22 10165031 )

H3

HOLE- V8

TP3

D13TZM

C5V1

C4

47P

OP

D16

TZMC5V1

C 1240 .1U K

R85 600 OHM

D7

TZMC5V1

TP6

R710K

R1 5

4.7K

OP

D11

TZMC5V1

D18

TZMC5V1

R22150

C9

0 .1U K

TP8

D5

TZMC5V1

OP

PC BOARD INTERFACE - INTERFACE PC BOARD - SCHALTBILD PC BOARD - SCHEMA DELLA PC BOARD INTERFAZ PC BOARD

( PC BOARD 1/7)

input output


+

+

+

+

PV DD VD3 3A VDD

AV DD

A VDD

V D33

P VDD

V D33

V D33

V D33

VD3 3

+5VS

VCPU3 3

+5VS

P VDDVD3 3

PV DD

V D33

Trace and Compon ents Close IC

I2C Add r: 0x98

[P.4]

[P.1]

[P.1]

[P.1]

[P.1]

[P.1]

[P.4][P.4]

[P.4]

[P.4]

[P.4]

[P.4]

[P.4]

[P.4]

[P.4]

[P.4]

[P.4]

1234

8765

1234

8765

50V

12

1234

8765

1

2

3

5

4

1234

8765

50V K

1

2

3

5

4

81

72

63

54

16V

12

16V K

1234

8765

81

72

63

54

1

2

3

5

4

50V K

81

72

63

54

16V

12

50V K

81

72

63

54

1234

8765

OPE N

1234567891011121314151617181920

2122232425262728293031323334353637383940

4142434445464748495051525354555657585960

61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80

1

23

50V J

81

72

63

54

8

11

16

1415

13

5

67

3

12

910

4

12

50V

50V K

50V J

16V

12

OPE N

81

72

63

54

1

23

C3 4

0 .1U K

C41

0.1U K

L642 OHM

C2 9

0.1U K

C14

0.1U K

RN 2

47

C47

0.1U K

L342 OHM

R2 9 1K

RN 3

47

R25 47

C3 11U

C1 9

0 .1U K

C3 3

0 .1U K

C40

0 .1U K

L142 OHM

RN 1

47

R21 0

U6

74LVC1G 126

C50

0.1U K

RN 5

47

R3 1 221K F

C15 .047U

C46

0.1U K

U2 0 74LVC1 G126

C39

0 .1U K

CN 322P

C3 047 U

C12 .039 U

R2 7 47K

RN 4

47

CN222P

C49

0.1U K

C21

0 .1U K

C2322P J

C45

0.1U K

U2 1 74LVC1 G126

R3047K

C18 .047U

C38

0 .1U K

R18 47

R2 8 360

CN422P

C2010 U

C2422P J

C13 3900 P

C37

0 .1U K

CN 522P

C43

0 .1U K

RN 6

47

D3

1N4148

L4 30 OHM

R1 7 3 .3K

D4

1N4148

R24 47

C2622P

U3AD98 83KST-11 0

C44

0.1U K

C36

0.1U K

U7

LD1117-3.3

C28220 P

R20 0

CN622P

U5

74LV123PW

R19 47

C17 10 00P J

C42

0 .1U K

C48

0.1U K

C3 5

0 .1U K

C27

0.1U K

C16 .047U

R26

1K

C32220 P

C2 247 U

C2522P

CN 122P

U4

LD1117-3.3

OE

A

GND

VCC

Y

OE

A

GND

VCC

Y

OE

A

GND

VCC

Y

GNDG7G6G5G4G3G2G1G0

GNDVDD

B7B6B5B4B3B2B1B0

GND

GND

VDD

VDD

GND

GNDVDVD

GND

COAS

THS

YNC

VSYN

CGN

DFI

LT

PVD

PVD

GND

MID

SCV

CLAM

PVDGN

D

GNDVDBAI NGNDVDVDGNDGAI NSOGI NGNDVDVDGNDRAI NA0SCLSDAREF BYPASSVDGND

GND

VD GND

VSOU

TSO

GOUT

HSOU

TDA

TACK

GND

VDD

R7 R6 R5 R4 R3 R2 R1 R0 VDD

VDD

GND

GND

VOUTVIN

GND

2R

VCC

CX1RCX1

1Q

2Q

CX2RCX2

1R

1A1B

2A2B

1Q

2Q

GND

VOUTVIN

BA IN

R A IN

GVREFA DGE7A DGE6

A DGE0

ADRE5

A DGE3

ADRE1

A DGE2

A DGE4A DGE5

ADRE4

A DBE0

A DBE2

A DBE5

A DBE1

A DBE3A DBE4

A DBE6A DBE7

A DGE1

ADRE0

ADRE2ADRE3

ADRE6ADRE7

AD HS

AD VS

AD CK

SOGI N

GBE4GBE3

GBE0GBE1GBE2

GBE5GBE6GBE7

GGE4GGE5GGE6GGE7

GGE0GGE1GGE2GGE3

GR E0GR E1GR E2GR E3GR E4GR E5GR E6GR E7

G VMI D

AD

SOG

GA IN

G RE[0..7 ]

GVS

GREEN_I N

RED_ IN

BLUE_ IN

GGE[0. .7]

GBE[0.. 7]

GFB K

GCL K

GHSSOG

MV_EN

SCL_C PUSDA_CP U

RGB_ HS

R GB_VS

GCOAST

P C_AV


( PC BOARD 2/7)


VCC

VPP

GNDGND

D1

D9

D2

D1 0

D3

D1 1

D4

D1 2

D5

D1 3

D6

D1 4

D7

D1 5

D8

D1 6

A15A1 4A1 3A1 2A1 1A1 0A9A8

A1 7

A7A6A5A4A3A2A1A0

A16

CEOEWERPWPBYTE

A18

1A 11A 21A 31A 42A 12A 22A 32A 4

1G2G

1Y 11Y 21Y 31Y 42Y 12Y 22Y 32Y 4

VCC

GND

CLR GND

CL K

VCC Q1

Q2Q3Q4Q5Q6Q7Q8

D1D2D3D4D5D6D7D8

1A 11A 21A 31A 42A 12A 22A 32A 4

1G2G

1Y 11Y 21Y 31Y 42Y 12Y 22Y 32Y 4

VCC

GND

123456789101112

FAN _DET

A13

A7

A1 8

A8A10

A1 2

A5A7

A1 9

FWPn

A1 2

A2

A9

A3

A15

A1

A2

A1 7

A1

A1 1

A1 9

A6

A1 7

A1 4

A3

A1 0

A1 3

A1 6

A4

A4A5A6

A8

A1 5

A18

A9

A16

A1 1

A1 4

K PD5

K PD3K PD2

K PD6

K PD1K PD0

K PD4

K PD6

K PD[0..6 ]

FC En

D1 3

D2

D5

D1 3

D2

D7

D1 0D9

D3

D3

D1

D1 2

D6

CS 0n

D14

D8

D1 1

D8

D13D12

D7

D5

D6

D15

D15

D0

D1 4

D1 0

D1 2

D3

D1 5

D9

D9

D0

D1 1

D14

D5D4

D6

D8

D4

D1

D1

D10

D2

D7

D4

D0

D11

D2D1D0

D6

D3D4D5

D7

LED1LED2IR RCVRK PD0K PD1K PD2K PD3K PD4K PD5

ROMWEn

ROMOE n

D[0 ..15]

ROMW En

ROMOE n

A [1..19]

CS0 n

RES ETn

LED2_SE L

IR RCVR_3V

NMI

LED1_SE L

INPUT_DET

CS0 n

AV_DET

RES ETn

TV_DET

CS1 n

DECOEPWR_ ON

LED2_SE LLED1_SE L

VCPU 33VCPU 33

VCPU 33VCPU 33

VCPU 33

+5VS

+5VS

+5VS

VCPU 33

VCPU 33

VCPU 33

12

5960

CON

N M

L 60

P D

1.27

ST

AMP/

1045

49

21

3

[P.4][P.4][P.4]

[P.4]

[P.4]

[P.4]

[P.4]

[P.4]

[P.4]

[P.3]

[P.3]

[P.3][P.3]

[P.7][P.1]

[P.1][P.1][P.1]

[P.4]

[P.4]

81

72

63

54

16V

1

32

37

13

4627

29

30

31

32

33

34

35

36

38

39

40

41

42

43

44

45

12345678

17

1819202122232425

48

262811121447

16

1

32

32

1

246811131517

119

18161412

9753

20

10

81

72

63

54

1

10

11

20

256912151619

3478

13141718

123456789

101112131415161718192021222324252627282930 31

3233343536373839404142434445464748495051525354555657585960

246811131517

119

18161412

9753

20

10

32

1

81

72

63

54

TP5 0

R32O PEN

TP5 3TP5 4

CN922P

C 36010 U

R47

10K

R43

1K

TP5 5

R41

10K

C510.1U K

R40

10K R39 470

TP5 6

R3 61K

Q32N39 04

R48

10K

U8

AT49BV8192A(T)

TP5 7

Q42N3904

TP5 1

R49

10K

Q12N3906

U10

74 AHC244

TP5 8

R50

10K

C 3590.1U K

TP4 7

R56

3.3K

R351K

R51

10K

CN 822P

U22

74LVC27 3

L8 42 OHM

R46

3.3K

R1 26

10K

J8

20L 1023060

TP60

R37

1K

R52

10K

TP4 9

R44

10K

R55

3.3K

U9

74 AHC244

C530 .1U K

R 141 OP EN

R54

3.3K

R53

10K

TP4 8

Q22N3906

R421K

R3 4

10K

R38

10K

R3 3 0

R4 5

3.3K

C520 .1U K

J6

20L2 021012TP59

CN 722P

2N39042N3906

+


( PC BOARD 3/7)


PORTC0PORTC1PORTC2PORTC3PORTC4PORTC5PORTC6PORTC7

PORTB0PORTB1PORTB2PORTB3PORTB4PORTB5PORTB6PORTB7

DCLKDCLKNEG

DVSDH SDEN

DR0DR1DR2DR3DR4DR5DR6DR7

DG0DG1DG2DG3DG4DG5DG6DG7

DB0DB1DB2DB3DB4DB5DB6DB7

DGR0DGR1DGR2DGR3DGR4DGR5DGR6DGR7

DGG0DGG1DGG2DGG3DGG4DGG5DGG6DGG7

DGB0DGB1DGB2DGB3DGB4DGB5DGB6DGB7

VDDQ

30

VDDQ

31

VDDQ

32

VDDQ

33

VDDQ

34

VDDQ

35

VDDQ

36

VDDQ

37

VDDQ

38

VDDP

A1_1

.8V

VDDP

A2_1

.8V

VDD1

1VD

D12

VDD1

3VD

D14

VDD1

5VD

D16

VSS1

VSS2

VSS3

VSS4

VSS5

VSS6

VSSQ

0VS

SQ1

VSSQ

2VS

SQ3

VSSQ

4VS

SQ5

VSSQ

6VS

SQ7

VSSQ

8

VSSP

A2

VSSP

A1

NCNCNC

GNDSDASCLWPVCC

GCLKGPENGVSGHSSOGGFBK

GBE0GBE1GBE2GBE3GBE4GBE5GBE6GBE7

GGE0GGE1GGE2GGE3GGE4GGE5GGE6GGE7

GRE0GRE1GRE2GRE3GRE4GRE5GRE6GRE7

VYUV0VYUV1VYUV2VYUV3VYUV4VYUV5VYUV6VYUV7

VCL KVVSVH SVFIEL DVPEN

GCOAST

A1A2A3A4A5A6A7A8A9

A1 0A1 1A1 2A1 3A1 4A1 5A1 6A1 7A1 8A1 9

D0D1D2D3D4D5D6D7D8D9

D1 0D1 1D1 2D1 3D1 4D1 5

RDWR

ROMOEROMW E

CS0CS1

TESTENRESET

RXDTXD

PORTA0PORTA1PORTA2PORTA3PORTA4PORTA5PORTA6PORTA7

TRSTTCKTMSTDITDO

NMI

XIXO

EXTRSTEN

Q1 2BSN20

C5 622P J

C5 40.1U K

Q1 1B SN20

R7

13.

3K

C6 8

0.1U K

R1

23.

3K

C7 4

0.1U K

TP61

R57

3.3K

R6 7 1.5M

Q5B SN20

Q1 0B SN20

R1

13.

3K

U 12E

PW11 3

U 12B

PW113

C63

0.1U K

U 12D PW113

C69

0 .1U K

TP1 2

C75

0.1U K

L10 70 O HM

R6

9

3.3K

R593.3K

U1 1

AT24C3 2A

R1 30 OPE N

C64

0 .1U K

C70

0.1U K

C61

0.1U K

C76

0 .1U K

R6 0 0

TP1 3

R6 3 100

R 129 470

R66 10K

C5918P

C65

0.1U K

Q7BSN20

Q6B SN20

C71

0.1U K

R 12820K

R65 10K

R6

13.

3K

C572.2U K

L11

42 OH

M

U1 2APW113 C60

0.1U K

TP6 2

C66

0.1U K

Q9B SN20

C72

0 .1U K

Y1

14 .318MH ZC5 818P

C5 522P J

R64 470

R6

23.

3K

C62

0.1U K

L12

42 OH

M

R58

3.3K

U1 2C

PW113

C6 7

0.1U K

C73

0 .1U K

Q8B SN20

TP6 3GPO Port

Dis play Port

Power and Ground

Graphics andVid eo Port

PW113Misc

VCP U18

VCPU 33 VCPU 33

VCP U33

VCP U33

VCPU 33

VCP U18

VCP U33

V3 3 VCP U33

VCP U33

V3 3 V3 3

VC C VC C

VCPU3 3 VCP U33

Trace and Compo nents Close IC

[P.1]

[P.2]

[P.2]

[P.1]

[P.3]

[P.2]

[P.2]

[P.2][P.2][P.2][P.2]

[P.2]

[P.2]

[P.1][P.1][P.1][P.1][P.1]

[P.1]

[P.1]

[P.1]

[P.1]

[P.7]

[P.1][P.1][P.2][P.2][P.1][P.1]

[P.7]

[P.3]

[P.3]

[P.3][P.3][P.3][P.3]

[P.3]

[P.3]

[P.1][P.1]

[P.7]

[P.5]

[P.5][P.5][P.5]

[P.5]

[P.5]

[P.5]

[P.5]

[P.5]

[P.5]

[P.1]

3

1

23

1

2

3

1

2

3

1

2

3940414243444546

5758596061626364

10 610710 8109110

10310210110099989796

9594939291908988

8382818079787776

136135134133132131130129

128127126125122121120119

118117116115114113112111

29 52 72 86 104

123

140

171

208

167

165

16 37 65 84 137

185

17 38 66 85 138

186 1 30 53 73 87 105

124

141

172

166

168

12345

678

50V J

3

1

2

3

1

2

16V

3134323335

23456789

1011121314151819

2021222324252627

4748495051545556

7174756970

36

3

1

2

50V J

19 219 119 018 918 818 718 418 318 218 118 017 917 817 717 617 517 417 316 4

16 316 216 116 015 915 815 715 615 515 415 315 215 115 014 914 8

19 519 419 619 719 819 9

14 213 9

6768

20 720 620 520 420 320 220 120 0

14714 614 514 414 3

19 3

16 917 0

28

3

1

2

SDA_CPU

DG G1DG G0

DG G4DG G5

DG G3DG G2

DG G6DG G7

DG R0

DG R3DG R2DG R1

DG R4DG R5DG R6DG R7

W R n

DG B0DG B1DG B2DG B3DG B4DG B5DG B6DG B7

X608

R D E

D R 0D R 1D R 2D R 3

D R 5D R 6

D R 4

DG0DG1

D R 7

DG2DG3

DG5DG4

DG7DG6

DB0

DB3DB2DB1

DB4DB5DB6DB7

CS 0n

D0D1D2D3D4D5D6

D8D7

D9D10D11

VDD

PA3

D12D13D14D15

IR RCVR_3VGBE0GBE1GBE2GBE3GBE4GBE5

RDn

GBE6GBE7


GR E0GR E1GR E2GR E3GR E4GR E5GR E6GR E7

RPTR11

A1A2A3A4A5A6A7A8A9A1 0A1 1A1 2A1 3A1 4A1 5

EXTRSTEN

A1 6

VD

DPD

3

A1 7SCL_CPU

A1 8A1 9

X607

V UV0V UV1

V UV3V UV2

V UV4V UV5V UV6

VY1

VY3

VY5

VY7

VY4

VY6

VY0

VY2

V UV7

RES ETn

DC LK

SCL_CPU

RVSR H SSDA_CPU

SCL_CPU

SDA_CPU

PWM_BR

RXD

S DA2

TXD

S CL2

CS 1n

IN TGPIOA6

DCL KR

GH SSOGGVS

GC LK

G FBK

GCOAST

GBE[0. .7]

G RE[0..7]

GGE[0. .7]

VCL K

VPE N

VVSVH S

VY[0..7 ]

V UV[0..7 ]

IR RCVR_3V

A[1..19]

D[0 ..15]

ROM OEnROMW En

NMI

DC LK

DR[0.. 7]

DG[ 0..7]

DB [0..7]

DGR[ 0..7]

D GG[0..7 ]

D GB[0..7]

RVSRH SRD E

CS0 n

RES ETn

SDA_5V

SCL_5V

L CD_BR

SDA

SCL

VF IELD

RXTXD

L CD_ONMUTE

SCL_CP U

SDA_CP U

VIDEO_RESETPORTB3MV_EN

AV_SELP C_AV

CVBS_SE L

CS1 n

TV_DET


( PC BOARD 4/7)


SWAPRGB: Display Data Swap RGB Or der. When SWA PBO=1, RGB will be BGR.

SWAPEO: Display Data Swap Even Odd Pixels. When SWAPEO=1,the even and odd pixeldata will be swapped at the pac kage pins.DGR, DGG, DGB : First PixelsDR, DG, DB : Second Pixels

SWAPRGB: Display Data Swap RGB Or der. When SWA PBO=1, RGB will be BGR.

SWAPEO: Display D ata Swap Even Odd Pixels. When SW APEO=0,DR, DG, DB : First Pixels

TP80

TP10 8

TP66

TP70

CN 1622P

RN 17

47

C N1322P

TP111

TP9 1

TP11 0

TP86

TP9 3

CN 1422P

TP76

TP94

CN 1222P

CN 2022P

TP112

TP6 8

RN8

47

TP82

TP9 5

RN 12

47

C N1122P

RN 14

47

TP113

TP7 1

TP200

TP72

RN 18

47

TP20 1

CN 1822P

TP64

TP9 7

J1 0

CON3 0P

TP90

R 142 0

TP114

TP7 3

RN 13

47

TP96

TP9 9

RN9

47

TP65

CN 2122P

TP98

C7 922P

TP7 7

TP67

TP101

CN 1722P

TP115

TP8 3

TP74

C7 722P

R73 600 OHM

TP10 0

TP7 9

TP88

TP78

TP103

TP8 5

TP10 2

C N1522P

TP116

TP8 1

R74 600 OHM

RN 10

47 TP105

TP84

C7822P

R 143 0J2 0

20L2 04305 0

RN 16

47

TP69

CN 1922P

TP10 4

R75 600 OHM

TP8 7

TP107

CN 1022P

J9

20K 004904 0

TP10 6

TP92TP8 9

RN7

47

TP7 5

RN 15

47

TP109

RN 11

47

DG E5DG E6

D BE0D BE1D BE2D BE3


DG E0DG E1DG E2DG E3


DR E0DR E1DR E2DR E3


DB O0DB O1DB O2DB O3

DB O4DB O5DB O6DB O7

DG O0DG O1DG O2DG O3

DG O4DG O5DG O6DG O7

DR O0DR O1DR O2DR O3


DG O5DG O6

DCL K15

D E N

D H SD E N

DVS

DR E0DR E1DR E2DR E3DR E4DR E5DR E6DR E7

DG E0

DG E2DG E1

DG E3DG E4

DG E7

D BE1D BE0

D BE2D BE3

D BE7

D BE4D BE5D BE6

DR O1DR O0

DR O2DR O3DR O4DR O5DR O6DR O7

DG O0DG O1DG O2DG O3DG O4

DG O7

DB O2DB O1

DB O3

DB O0

DB O4

DB O7DB O6DB O5

DG R1DG R0

DG R3DG R2

DG R5DG R4

DG R7DG R6

DG G0DG G1DG G2DG G3DG G4DG G5DG G6DG G7

DG B0DG B1DG B2DG B3DG B4DG B5DG B6DG B7

D R 1D R 2D R 3

D R 0

D R 4D R 5

D R 7D R 6



D E N

DCL K2 0

D H SDVS







DC LK DCL K15

DCL K20RVSRH SRD E

DC LK

DGR[ 0..7]

D GG[0..7 ]

D GB[0..7]

DR[0. .7]

DG[ 0..7]

DB[0 ..7]

V33

VC C

Second Pixel

15"

First Pixel

20"15"

20"

[P.4][P.4][P.4][P.4]

[P.4]

[P.4]

[P.4]

[P.4]

[P.4]

[P.4]

81

72

63

54

1234

8765

81

72

63

54

81

72

63

54

81

72

63

54

81

72

63

54

1234

8765

1234

8765

81

72

63

54

1234

8765

1234

8765

81

72

63

54

123456789

101112131415161718192021222324252627282930

1234

8765

1234

8765

81

72

63

54

OPE N

81

72

63

54

O PEN

81

72

63

54

1234

8765

OPE N

123456789

1011121314151617181920212223242526272829303132333435363738394041424344454647484950

1234

8765

81

72

63

54

81

72

63

54

123456789

10111213141516171819202122232425262728293031323334353637383940

1234

8765

1234

8765

1234

8765


( PC BOARD 5/7)


+

+

+ +

R _IN 3

R _IN 2

R _IN 1

L_IN 1

L_IN 2

L_IN 3

L_IN 4

MUXOUTL

IN_L

MUXOUTR

IN_R

BIN R

BOUTR

BIN L BOUTL

NC2

NC1

TREBLEL

TREBLER

DIG_GN D

SCL

SDA

CREF

Vs

AGN D

ROUT

LOUT

R_IN 4

C8 010 U

C92 2.2U Z

R8 15.6K

C1 05 0 .1U K

C95 0.1U K

R1 2410K

C8 8 0 .47U Z

C8 3 0 .47U Z

R1 2510K

C 1010 .1U K

C97

5600P K

C8 6 0 .47U Z

R77 470

R7 6 22

C8 4 0 .47U Z

C8 1

0.1U K

C8 2 0 .47U Z

C 13210 U

C 135 0.47U Z

R795.6K

R78 470

U1 3

TDA7440 D

C8 710 U

C 13310 U

R 122 470

C96

5600P K

R 123 470

C 134 0.47U Z

C99 0.1U K

C8 5 0 .47U Z

C89 2.2U Z

+9 V

I2C Add r: 0x88

[P.1]

[P.1]

[P.1]

[P.1]

[P.1]

[P.1]

[P.1]

[P.1]

[P.7]

[P.7]

[P.1]

[P.1]

[P.4]

[P.4]

16V

12

16V

16V

16V

50V

16V

16V

16V

16V1 2

16V

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

16V1 2

16V

1 2

50V

16V

16V

16V

R _OUT

L_OUT

LI1

RI 2

RI 1

SCL_5V

SDA_5V

RI 3

LI3

LI2

AUD IO_L_OUT

AUDIO_ R_OUT

AU DIO_L_Line

AUDIO _R_Line

RI 4

LI4


( PC BOARD 6/7)


+

t+

+

+

+

t

U16

LD1117-3. 3

R84301F

C 140

220P J

TP2 3

C 116

0.1U K

C1 44

220P J

TP12 6

R83681F

C 10847U

U17

LM317 M

C1 45

220P J

RT1

TP11 9

C1 1710U

J1 1

2072 06021 0

C 119

0.1U K

C 146

220P J

C 11147U

C 120

0.1U K

TP120

J12

C1 51

220P J

C 112

0.1U K

C 141

220P J

C 147

220P J

TP24

TP12 5

U18

LD1117-3. 3

C 11447U

TP12 1

C1 50

220P J

U15

7809 ABD2 T

C 115

0.1U K

C 152

220P J

TP12 2

C 142

22 0P J

C 110

0.1U K

C 148

22 0P J

C 11847U

RT2

C 113

0.1U K

TP12 3

C 153

220P J

C 1090.33U Z

TP12 4

C1 43

220P J

C 149

22 0P J

GND

VOUTVIN

GND

VOUTVIN

1 2

3 4

5 6

7 8

9 10

11 12

13 14

15 16

17 18

19 20

GND

VOUTVIN

VO

GND

VI

V33

VCPU3 3

VCPU1 8

+9V

+12V +12V +5VS+5VSVCC VC C +19 V+19 V

+12 V

[P.4]

[P.3]

[P.4]

[P.6]

[P.6]

[P.4]

(For EMI) (For EMI)

1

23

16V

12

1

23

2 1

16V

12

16V

12

1

2

3

1

23

16V

12

3

2

1

16V

12

2 1

+5VS

+12 V

V C C

MUTE

L CD_ON L CD_BR

PWR _ON

AU DIO_L_OUT

AUDIO_ R_OUT


( PC BOARD 7/7)


GSCL

GSDA

PC _5V

GSDA

GSCL

PC_5

V

R1

B1

RXTX D

UART_R XUAR T_TX

G1

GREEN_ IN

RED_ IN

BLU E_IN

BU 7BU 6BU 5

GV5

GV0GV1

GV3

BU 0

GV2

GV4

BU 1

GV6GV7

BU 2BU 3

BU 4

R Y 0R Y 1R Y 2R Y 3

R Y 4R Y 5R Y 6R Y 7

RED_ IN

GREEN_ IN

BLU E_IN

RED_ IN

GREEN_ IN

BL UE_I N

RG B_VSRG B_HS

TX DRX

VR _IN

VB _IN

VY_I N

VR_GND

VY_GND

VB _GND

LI3

RI3

Audio _R_Line

Audio_L_Line

VCLK

VFI EL D

VVSVHS

VPEN

GV[0 ..7]

BU [0..7]

INPUT_D ETAV_ DETTV_DET

RI1LI1RI2LI2RI4LI4

SDASC L

DEC OEPOR TB3VIDE O_RESETAV_SELCVBS_SEL

RY[0..7 ]RY[0..7 ]

VY_I NVY_GNDVB _INVB _GNDVR _INVR _GND

VR _IN

VY_I N

VB _IN

+5VS

+5VS

+5VS

+5VS

OP5V

OP5V

OP5V

+9V OP5V

+12V

+9V

VCC

+5VS

+12V

+9V

VCC

+5VS

PC BOA48.M2305 .A00

onday, September 08, 2003Optical Points

Screw Holes

[P. 2]

[P. 2]

[P. 2]

[P. 1]

[P. 1]

[P. 1]

[P. 1]

[P. 1]

[P. 1]

[P. 1]

[P. 6]

[P. 6]

[P. 4][P. 4]

[P. 2][P. 2]

[P .6 ]

[P .6 ]

[P .7 ]

[P .7 ]

[P .7 ]

[P .7 ]

[P. 4]

[P. 4][P. 4][P. 4][P. 4]

[P .4 ]

[P .4 ]

[P. 1][P. 1][P. 1][P. 1][P. 1][P. 1]

[P. 4]

[P. 3][P. 4][P. 4][P. 4]

[P. 4][P. 4]

[P. 3][P. 3][P. 3]

[P. 6][P. 6][P. 6][P. 6][P. 6][P. 6]

[P .4 ][P. 4]

GF-80Pin

[P .7 ]

[P .7 ]

[P .7 ]

[P .7 ]

12

50 V J

12

12

1

3

2

13579

111315171921232527293133353739

246810121416182022242628303234363840

41 4243 4445 4647 4849 5051 5253 5455 5657 5859 6061636567697173757779

62646668707274767880

12

12

1

3

2

12

16V

12

3 1

24

1

3

2

12

16V12

3 1

24

OPE

N

1

3

2

3 1

24

12

16V12

1728394105

11

12

13

14

15

6

1617

12

50 V J

1

2

3

4

8

7

6

5

1

3

2

OPE

N

12

3

54

67

2

1

16V12

12345678 9

10111213141516

3

54

67

2

1

12

12

50 V J1

2

12

OPE

N

12

12

12

D2 0

27V

TP 7

C5

47P

R529 NC_R0603

R8

75

R137 1K

C1 1

0.1U K

D1 4

TZMC5V1

OP

TP 2

TP 10

C131

1000 P J

D1

1N4148

D8

TZMC5V1

DN8BAV99

OP

R1 3 47

R9

75

J5

GF80

TP 5

TP 4

R2 3150

R8 7 600 OHM

H1

HO LE-V 8

R4 47

OP

D1 2

TZMC5V1

D6

TZMC5V1

OP

DN9BAV99

C130

1000 P JR139 0D2 1

27V

R1 4 47

OP

R1 0

75

R1 6

4.7K

C8 0.1U K

C1

1000 P J

D2

1N4148

TP 9

R8 8 600 OHM

R8 5600 OHM

H5

HO LE-V 8

OP OP

H4

HO LE-V 8

C9 047U

U2 5

MM1031X MR

OP

R11075

R6

10K

C136

OPE

N

R5 47

DN1BAV99

R138 0

C60.1U K

C2

1000 P J

D2 2

27V

R8 6600 OHM

OP

C12110 U

U2 4

MM1031X MR

R11575

OP

C137

100P

R2 47

H2

HO LE-V 8

R140 0

DN2BAV99

TP 11

U2 6

MM1031X MR

D1 5

TZMC5V1

C12210 U

OP

R1 1K

J3

D-Sub15

R12075

D9

TZMC5V1

C1250.1U K

R527 NC_R0603

C7 0.1U K

OP

C3

47P

U2

AT2 4C02A

DN3BAV99

C138

100P

R136 1K

D1 7

TZMC5V1

R3 1K

J2

2210165031

C12310 U

C1 00.1U K

OP

U1

SP232 EC N

J1

Audio Line ou t(2210165031)

C1260.1U K

TP 3

H3

HO LE-V 8

D1 3TZM

C5V1

D1 6

TZMC5V1

OP

C4

47P

D2 3

27V

C1240.1U K

TP 6

D7

TZMC5V1

R528 NC_R0603

OP

R1 5

4.7K

R7

10K

C139

100P

D1 1

TZMC5V1

R2 2150

D1 8

TZMC5V1

TP 8

C9

0.1U K

OP

D5

TZMC5V1

1

2

3

4

5

6

7

8

9 1

2

3

4

5

6

7

8

91

2

3

4

5

6

7

8

91

2

3

4

5

6

7

8

9

A0

A1

A2

GND

VCC

WP

SCL

SDA

3

54

67

2

1

C1+V+C1-C2+C2-V-T2OUTR2IN R2OUT

T2INT1IN

R1OUTR1IN

T1OUTGNDVCC

3

54

67

2

1

1

2

3

4

5

6

7

8

9

OP2

OP13 OP15

OP3

OP12OP9 OP16

OP5

OP8 OP11

OP4 OP6 OP7

OP10

OP1

OP14

83.27R03.036

+

*2

VCC

GND

+

*2

VCC

GND

*2

VCC

GND

++


( PC BOARD 1/7, 20”BI)


+

+

+

+

BA IN

RA IN

GVR EFAD GE 7AD GE 6

AD GE 0

AD RE 5

AD GE 3

AD RE 1

AD GE 2

AD GE 4AD GE 5

AD RE 4

AD BE0

AD BE2

AD BE5

AD BE1

AD BE3AD BE4

AD BE6AD BE7

AD GE 1

AD RE 0

AD RE 2AD RE 3

AD RE 6AD RE 7

A DHS

ADVS

A DCK

SOG IN

GBE4GBE3

GBE0GBE1GBE2

GBE5GBE6GBE7

GGE4GGE5GGE6GGE7

GGE0GGE1GGE2GGE3


GVM ID

ADS

OG

GA IN

GRE[0. .7]

GVS

GREEN_ IN

RED_ IN

BLUE _IN

GGE [0..7]

GB E[0..7 ]

GFBK

GCL K

GHSS OG

MV _E N

SCL _CPUSDA_ CP U

RG B_HS

RG B_VS

GCOAS T

PC_ AV

OE

A

GND

VCC

Y

OE

A

GND

VCC

Y

OE

A

GND

VCC

Y

GNDG7G6G5G4G3G2G1G0

GNDVDD

B7B6B5B4B3B2B1B0

GND

GN

DVD

DVD

DG

ND

GN

DVDVDG

ND

COAS

THS

YNC

VSYN

CG

ND

FIL

TPV

DPV

DG

ND

MID

SCV

CLAM

PVD

GN

D

GNDVDBAINGNDVDVDGNDGAINSOGINGNDVDVDGNDRAINA0SCLSDAREF BYPASSVDGND

GN

DVD G

ND

VSOU

TSO

GO

UT

HSO

UT

DAT

ACK

GN

DVD

DR

7R

6R

5R

4R

3R

2R

1R

0VD

DVD

DG

ND

GN

D

VOUTVIN

GN

D

2R

VCC

CX1RCX1

1Q

2Q

CX2RCX2

1R

1A1B

2A2B

1Q

2Q

GN

D

VOUTVIN

PV DD VD3 3AV DD

AV DD

AV DD

VD3 3

PV DD

VD33

VD3 3

VD3 3

VD33

+5VS

VCPU33

+5VS

PV DDVD3 3

PV DD

VD33

PC BOA RD

48.M2305 .A0020L0BI

onday, September 08, 2003

Trac e and Components Close IC

I2C Addr: 0x9 8

[P. 4]

[P. 1]

[P. 1]

[P. 1]

[P. 1]

[P. 1]

[P. 4][P. 4]

[P. 4]

[P. 4]

[P. 4]

[P. 4]

[P. 4]

[P. 4]

[P. 4]

[P. 4]

[P. 4]

1234

8765

1234

8765

50V

12

1234

8765

1

2

3

5

4

1234

8765

50 V K

1

2

3

5

4

81

72

63

54

16V

12

16 V K

1234

8765

81

72

63

54

1

2

3

5

4

50 V K

81

72

63

54

16V

12

50 V K

81

72

63

54

1234

8765

OPEN

1234567891011121314151617181920

2122232425262728293031323334353637383940

4142434445464748495051525354555657585960

61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80

1

23

50 V J

81

72

63

54

8

11

16

1415

13

5

67

3

12

910

4

12

50V

50 V K

50 V J

16V

12

OPEN

81

72

63

54

1

23

C3 4

0.1U K

C4 1

0.1U K

L642 OHM

C2 9

0.1U K

C1 4

0.1U K

RN2

47

C4 7

0.1U K

L342 OHM

R2 9 1K

RN3

47

R2 5 47

C3 11U

C1 9

0.1U K

C3 3

0.1U K

C4 0

0.1U K

L142 OHM

RN1

47

R2 1 0

U6

74LVC1 G126

C5 0

0.1U K

RN5

47

R3 1 221K F

C1 5 .047U

C4 6

0.1U K

U2 0 74LVC1 G126

C3 9

0.1U K

CN322P

C3 047U

C1 2 .039U

R2 7 47K

RN4

47

CN222P

C4 9

0.1U K

C2 1

0.1U K

C2 322 P J

C4 5

0.1U K

U2 1 74LVC1 G126

R3 047K

C1 8 .047U

C3 8

0.1U K

R1 8 47

R2 8 360

CN422P

C2 010 U

C2 422 P J

C1 3 3900P

C3 7

0.1U K

CN522P

C4 3

0.1U K

RN6

47

D3

1N4148

L4 30 OHM

R1 7 3 .3K

D4

1N4148

R2 4 47

C2 622P

U3AD9 883KST-110

C4 4

0.1U K

C3 6

0.1U K

U7

LD1117-3. 3

C2 8220P

R2 0 0

CN622P

U5

74LV123PW

R1 9 47

C1 7 1000 P J

C4 2

0.1U K

C4 8

0.1U K

C3 5

0.1U K

C2 7

0.1U K

C1 6 .047U

R2 6

1K

C3 2220P

C2 247U

C2 522P

CN122P

U4

LD1117-3. 3




KPD1

D1

A13

D12

D7

IRRCVR

D0

D4

D3

D3

D15

A12

D5

D6

D14

KPD4

A2

FWPn

LED1

D12

KPD3

A8

A9

D8

D10

KPD[0..6]

KPD2

D13

D10D9

A4

D15

D4

D15

D14

D12

D15

A16

A5

D3

D0

D7

D4

D6

D5

D10D11

KPD0

KPD5

A10

D12

D3

D9

D13

D2

A17

A11

A3

A14

D11

FCEn

LED2

D7

A12

KPD6D5

D0

D2

A6

A1

A3

D14

D2D1

D5

KPD6

A18

A19

D13

KPD4

D6

D7

A1

A15

A15A16

D8

D1 KPD1

D14

D11

D8

A18

A10A11

D6

D0

D13

D2

A7

A4

A9

A8D10D9

KPD3

KPD0

D11

A5

A19

A17

A2

KPD5

KPD2

D1

D9D8

D4

CS0n

A6A7

FAN_DET

A13A14

PWR_ONLED1_SELLED2_SEL

CVBS_SEL

CS0n

AV_DET

RESETn

INPUT_DET

MV_EN

CS1n

TV_DET

A[1..19]

ROMOEn

MUTE

PORTB3

CS0n

IRRCVR_3V

ROMOEn ROMWEn

NMI

LED2_SEL

CS1n

AV_SELRESETn

LED1_SEL

PC_AV

D[0..15]

ROMWEn

DECOE

VIDEO_RESET

LCD_ON

TP 51

R4 21K

R531

NC_R0603

R3 9 470

C5532.2U K

U9

74A HC244

R3 3 0

C361

0.1U K

Q22N3906

R5

31

0K

TP 53

Q12N3906

R141 OPEN

CN922P

R4 3

1K

TP 54

C5 20.1U K

R5

63.

3K

R142

10K

R3 51K

TP 55

R4

71

0K

U 10

74A HC244

R5

53.

3K

R4 5

3.3K

L8 42 OHM

R3 7

1K

Q42N3904

C5 30.1U K

TP 56R4 6

3.3K R4

81

0K

CN822P

R3 8

10K

TP 57

R126

10K

U8

AT 49BV8192A(T)

R3 4

10K

C 36010U

TP 48

R4

91

0K

R3 61K

Q 13_N C

2N3904

R532

NC_R0603

J6

20L2021012

TP 59

R530

NC_R0603

U 27

74LVC 273

R4 1

10K

TP 47

CN722P

R5

01

0K

R4 4

10K

TP 60

TP 49

R4 0

10K

R3 2OPEN

C359

0.1U K

R5

11

0K

C 36210U

J8

20L1023060

TP 58

Q32N3904

TP 50

C5 10.1U K

U 22

74LVC 273

R5

21

0K

R5

43.

3K

2N39042N3906

+

+

VCPU33

+5VS

VCPU33

VCPU33VCPU33

VCPU33

VCPU33

VCPU33

VCPU33

+5VS

+5VS

VCPU33

VCPU33

VCPU33

PC BOARD48.M2305 .A00

[P .4 ]

[P. 4]

[P. 3]

2

[P. 4]

[P. 3]

[P. 1][P. 2]

[P. 3]

[P. 4]

[P. 3]

CON

N M

L 60

P D

1.27

ST

AMP/

1045

49

60

[P. 4]

[P. 4]

[P. 4]

1

[P. 2][P. 1]

[P. 4]

[P. 1]

[P. 4]

[P. 4]

59

2

[P. 1]

[P. 4]

[P. 7]

[P. 4]

1

[P. 1]

[P. 1]

3

[P .7 ][P. 7]

[P. 1][P. 1]

16V

246811131517

119

18161412

9753

20

10

81

72

63

54

246811131517

119

18161412

9753

20

10

81

72

63

54

37

13

4627

29

30

31

32

33

34

35

36

38

39

40

41

42

43

44

45

12345678

17

1819202122232425

48

262811121447

16

16V

2

1

10

11

20

256912151619

3478

13141718

81

72

63

54

16V

123456789

101112131415161718192021222324252627282930 31

3233343536373839404142434445464748495051525354555657585960

1

10

11

20

256912151619

3478

13141718

1A11A21A31A42A12A22A32A4

1G2G

1Y11Y21Y31Y42Y12Y22Y32Y4

VCC

GN

D

1A11A21A31A42A12A22A32A4

1G2G

1Y11Y21Y31Y42Y12Y22Y32Y4

VCC

GN

D

VCC

VPP

GNDGND

D1

D9

D2

D10

D3

D11

D4

D12

D5

D13

D6

D14

D7

D15

D8

D16

A15A14A13A12A11A10A9A8

A17

A7A6A5A4A3A2A1A0

A16

CEOEWERPWPBYTE

A18

123456789101112

CLR GN

D

CLK

VCC Q1

Q2Q3Q4Q5Q6Q7Q8

D1D2D3D4D5D6D7D8

CLR GN

D

CLK

VCC Q1

Q2Q3Q4Q5Q6Q7Q8

D1D2D3D4D5D6D7D8




SDA_ CP U

DGG1DGG0

DGG4DGG5

DGG3DGG2

DGG6DGG7

DG R0

DG R3DG R2DG R1

DG R4DG R5DG R6DG R7

W R n


X608

RDE

DR0DR1DR2DR3

DR5DR6

DR4

DG0DG1

DR7

DG2DG3

DG5DG4

DG7DG6

DB 0

DB 3DB 2DB 1

DB 4DB 5DB 6DB 7

CS 0n

D0D1D2D3D4D5D6

D8D7

D9D1 0D1 1

VD

DPA

3

D1 2D1 3D1 4D1 5

IRRCVR_3VGBE0GBE1GBE2GBE3GBE4GBE5

RDn

GBE6GBE7



RP TR 11

A1A2A3A4A5A6A7A8A9A10A11A12A13A14A15

EXTRSTEN

A16

VDD

PD3

A17SCL _CPU

A18A19

X607

RES ETn

SCL _CPU

RVSRHS

SDA_ CP U

SCL _CPU

SDA_ CP U

PW M_ BR

RX D

SDA2

DCL

K_L

DC LK

TX D

SC L2

CS 1n

IN TGP IOA6

BU 0BU 1

BU 3BU 2

BU 4BU 5BU 6BU 7

R Y 0R Y 1R Y 2R Y 3R Y 4R Y 5R Y 6R Y 7

GV0GV1

GV3GV2

GV5GV4

GV6GV7

GHSS OGGVS

GCL K

GFBK

GCOAS T

GB E[0..7 ]

GRE[0. .7]

GGE [0..7]

VCLK

VPEN

VVSVHS

IRRCVR_3V

A[1 ..19]

D[0..15]

ROM OE nROM WE n

NM I

DC LK

DR[0. .7]

DG [0..7]

DB [0..7]

DG R[0..7]

DGG[0. .7]

DGB[0. .7]

RV SRHSRDE

CS0 n

RES ETn

SD A_5V

SCL_5V

LCD_BR

SD A

SC L

VFI EL D

RXTX D

SCL _CPU

SDA _CPU

CS1 n

TV_DET

BU [0..7]

RY[0..7 ]GV[0 ..7]

LCD_ON

PORTC0PORTC1PORTC2PORTC3PORTC4PORTC5PORTC6PORTC7

PORTB0PORTB1PORTB2PORTB3PORTB4PORTB5PORTB6PORTB7

DCLKDCLKNEG

DVSDHSDEN







VDD

Q30

VDD

Q31

VDD

Q32

VDD

Q33

VDD

Q34

VDD

Q35

VDD

Q36

VDD

Q37

VDD

Q38

VDD

PA1_

1.8V

VDD

PA2_

1.8V

VDD

11VD

D12

VDD

13VD

D14

VDD

15VD

D16

VSS1

VSS2

VSS3

VSS4

VSS5

VSS6

VSSQ

0VS

SQ1

VSSQ

2VS

SQ3

VSSQ

4VS

SQ5

VSSQ

6VS

SQ7

VSSQ

8

VSSP

A2

VSSP

A1

A0A1A2

GNDSDASCLWPVCC

GCLKGPENGVSGHSSOGGFBK

GBE0GBE1GBE2GBE3GBE4GBE5GBE6GBE7



VYUV0VYUV1VYUV2VYUV3VYUV4VYUV5VYUV6VYUV7

VCLKVVSVHSVFIELDVPEN

GCOAST

A1A2A3A4A5A6A7A8A9

A10A11A12A13A14A15A16A17A18A19

D0D1D2D3D4D5D6D7D8D9

D10D11D12D13D14D15

RDWR

ROMOEROMWE

CS0CS1

TESTENRESET

RXDTXD

PORTA0PORTA1PORTA2PORTA3PORTA4PORTA5PORTA6PORTA7

TRSTTCKTMSTDITDO

NMI

XIXO

EXTRSTEN

Q12BSN 20

C5 622 P J

C5 40.1U K

Q11BSN 20

R7

13.

3K

C6 8

0.1U K

C7 4

0.1U K

R1

23.

3K

TP 61

R5

73.

3K

R6 7 1.5M

Q5BSN 20

Q10BSN 20

R1

13.

3K

U12E

PW113

C6 3

0.1U K

U12B

PW113

C6 9

0.1U K

U 12D PW113

C7 5

0.1U K

TP 12

R6

93.

3KL10

30 OHM

R5 93.3K

R130 OPEN

C6 4

0.1U K

C6 1

0.1U K

C7 0

0.1U K

C7 6

0.1U K

R6 0 0

TP 13

R6 3 100

U1 1

AT 24C32AN-10SI-2.7

R129 0

R6 6 10K

C5 918P

C6 5

0.1U K

C7 1

0.1U K

Q6BSN 20

Q7BSN 20

L242 OHM

R6 5 10K

R6

13.

3K

C5 72.2U K

U12APW113

L11

42

OH

M

C6 0

0.1U K

C6 6

0.1U K

TP 62

C7 2

0.1U K

Q9BSN 20

Y1

14.318M HZ

L542 OHM

C8 0 470P K

C5 818P

C5 522 P J

C6 2

0.1U K

R6

23.

3K R6 4 470

L12

42

OH

M

R5

83.

3K

U 12C

PW113

C6 7

0.1U K

C7 3

0.1U K

Q8BSN 20

TP 63

L7NC _L1206

VCPU18

VCPU33 VCPU33

VCPU33

VCPU33

VCPU33

VCPU18

VCPU33

V33 VCPU33

VCPU33

V33 V33

VCC VCC

VCPU33 VCPU33

PC BOA RD

48.M2305 .A0020L0BI

Trace an d Components Close IC

[P. 1]

[P. 2]

[P. 2]

[P. 1]

[P. 3]

[P. 2]

[P. 2]

[P. 2][P. 2][P. 2][P. 2]

[P. 2]

[P. 2]

[P. 1][P. 1][P. 1][P. 1][P. 1]

[P. 1]

[P. 1]

[P. 3]

[P. 3]

[P .3 ][P .3 ][P .3 ][P .3 ]

[P. 3]

[P. 3]

[P. 1][P. 1]

[P. 7]

[P .5 ]

[P .5 ][P .5 ][P .5 ]

[P .5 ]

[P .5 ]

[P .5 ]

[P .5 ]

[P .5 ]

[P .5 ]

[P. 1]

EMI solution

old net: UV[P. 1]

[P. 1]

old net: Y[P. 1]

[P. 7]

3

1

23

1

2

3

1

2

3

1

2

3940414243444546

5758596061626364

106107108109110

10310210110099989796

9594939291908988

8382818079787776

136135134133132131130129

128127126125122121120119

118117116115114113112111

29 52 72 86 104

123

140

171

208

167

165

16 37 65 84 137

185

17 38 66 85 138

186 1 30 53 73 87 105

124

141

172

166

168

12345

678

50 V J

3

1

2

3

1

2

16V

3134323335

23456789

1011121314151819

2021222324252627

4748495051545556

7174756970

36

3

1

2

50 V J

192191190189188187184183182181180179178177176175174173164

163162161160159158157156155154153152151150149148

195194196197198199

142139

6768

207206205204203202201200

147146145144143

193

169170

28

3

1

2

GPO Port

Display Port

Power and Ground

Graphics andVideo Port

PW11 3Mi sc




DGE5DGE6

DBE0DBE1DBE2DBE3

DBE4DBE5DBE6DBE7

DGE0DGE1DGE2DGE3

DGE4DGE5DGE6DGE7



DBO0DBO1DBO2DBO3

DBO4DBO5DBO6DBO7

DGO0DGO1DGO2DGO3

DGO4DGO5DGO6DGO7



DGO5DGO6

DEN

DHSDEN

DVS

DR E0DR E1DR E2DR E3DR E4DR E5DR E6DR E7

DGE0

DGE2DGE1

DGE3DGE4

DGE7

DBE1DBE0

DBE2DBE3

DBE7

DBE4DBE5DBE6

DR O1DR O0

DR O2DR O3DR O4DR O5DR O6DR O7

DGO0DGO1DGO2DGO3DGO4

DGO7

DBO2DBO1

DBO3

DBO0

DBO4

DBO7

DC LK

DBO6DBO5

DG R1DG R0

DG R3DG R2

DG R5DG R4

DG R7DG R6



DR1DR2DR3

DR0

DR4DR5

DR7DR6


DB 0DB 1DB 2DB 3DB 4DB 5DB 6DB 7

DEN

DC LK

DHSDVS

DBE0DBE1DBE2DBE3

DBE4DBE5DBE6DBE7

DGE0DGE1DGE2DGE3

DGE4DGE5DGE6DGE7



DC LK

RV SRHSRDE

DC LK

DG R[0..7]

DGG[0..7 ]

DGB[0. .7]

DR[0. .7]

DG [0..7]

DB [0..7]

V33

VCC

PC BOA RD

48.M2305 .A00

Second Pixel

15"

First Pixel

20"15"

AU 20"

[P. 4][P. 4][P. 4][P. 4]

[P. 4]

[P. 4]

[P. 4]

[P. 4]

[P. 4]

[P. 4]

EMI solution,close to J2 0

81

72

63

54

81

72

63

54

1234

8765

81

72

63

54

81

72

63

54

81

72

63

54

1234

8765

81

72

63

54

1234

8765

1234

8765

1234

8765

81

72

63

54

123456789

101112131415161718192021222324252627282930

1234

8765

1234

8765

81

72

63

54

O PEN

81

72

63

54

O PEN

81

72

63

54

1234

8765

O PEN

123456789

1011121314151617181920212223242526272829303132333435363738394041424344454647484950

1234

8765

81

72

63

54

81

72

63

54

123456789

10111213141516171819202122232425262728293031323334353637383940

1234

8765

1234

8765

1234

8765

SWAPRGB: Display Data Swap RGB Order. When SWAPBO=1, RGB wi ll be BGR.

SWAPEO: Display Data Swap Even Odd Pixels. When SWAPEO=0,DR, DG, DB : First Pixels

SWAPRGB: Display Data Swap RGB Order. When SWAPBO=1, RGB will be BGR.

SWAPEO: Display Data Swap Even Odd Pixels. When SWAPEO=1,the even and odd pixeldata will be swapped at the package pins .DGR, DGG, DGB : First PixelsDR, DG, DB : Second Pixels

TP 80

R7 4 47

TP 66

TP 108

TP 70

CN 1622P

TP 91

TP 111CN 1322P

RN 17

47

TP 110

TP 86

R7 5 47

TP 93

TP 76

CN 1422P

TP 94

CN 1222P

C 36322 P J

TP 68

TP 112

CN 2022P

TP 82RN8

47

TP 95

CN 1122P

RN 12

47

RN 14

47

TP 71

TP 113

TP 72

TP 200

RN 18

47

CN 1822P

TP 201

TP 64

TP 97

J10

CON30P(O PEN )

TP 90

TP 73

TP 114

RN 13

47

TP 96

TP 99

RN9

47TP 98

CN 2122P

TP 65

TP 67

TP 77

C7 922P

TP 101

TP 74

TP 83

TP 226

CN 1722P

C7 722P

TP 100

TP 79

TP 78

TP 88

TP 103

TP 85

TP 102

TP 81

TP 116

CN 1522P

TP 84

TP 105

RN 10

47

C7 822P

J20

20L2043050

TP 69

RN 16

47

CN 1922P

TP 104

TP 87

TP 115

CN 1022P

TP 107

R7 3 47

J9

20K0049 040(OPEN)

TP 92

TP 106

TP 89

RN7

47

TP 75

TP 109

RN 15

47

RN 11

47




+

+

+

+

+

+

+

+

+

+

8_3_VOLT

LINE OUT_ L

LINEOUT_ R

LINE OUT_ L

LINEOUT_ R

LI1

LI2RI2

RI1

RI3LI3

RI4LI4

SCL_5V

SD A_5V

A UDIO _L_Line

AUDIO_R_Line

A UDIO_L_OUT

AU DIO_R_OUT

C535 3.3U

C528

330P

J

R524

10K

C504100 U

R517 NC_R0603

R505 100

C544

1000

P J

C 521220P Z

R509 470

C 5023.3P C

C518 330 N Z

D1 9 1 N4148

C537

470P K

C514 330 N Z

R516 100

R518 NC_R0603

C533 0.1U K

TP502

R506 100

C510

100P K

U501

MSP 3412GR510 470

C529

330P

J

C525

330P

J

C509 10 U

R521 100

C505

470P K

R511 470

TP501

C540

10 U

C 53422U

C530

330P

J

C511

100P K

C515 330 N Z

R522 100

C506

1.5N M

C512 0.1U K

C548

1000

P J

C523 330 N Z

R5154.7K

R512 470

C531

330P

J

Y 501

18.432M HZ

C519100 U

R501 10

R533 NC_R0603

R523 100

C545

1000

P J

C549

1000

P J

C524 330 N Z

C526

330P

J

R513 470

R519 470

C 5361.5N M

L50342 OHM

C 50356 P J

R534 NC_R0603

C516 330 N Z

C532

330P

J

C520

1.5N M

C551 10 U

R5044.7K

R520 470

C513 330 N Z

C 50756 P J

R514 470

R7 2 0

L50142 OHM

C527

330P

J

C517 330 N Z

L50242 OHM

C522

470P K

C53910 U

R507 470

R5034.7K

C 50856 P J

R502 OPEN

C53810 U

R525

10K

C552 10 U

C543

1000

P J

R508 470

C 5013.3P C

VCC

VCC

VCC

+9V

PC BOARD

48.M2305 .A0020L0BI

[P. 1][P. 1]

[P. 1][P. 1]

[P. 1][P. 1]

[P. 1][P. 1]

[ P.4]

[ P.4]

[P. 1]

[P. 1]

[P. 7]

[P. 7]

NOTE:I2C ADDRESS SELECT

Digital GND Analog GND

Voltage decreasing 0.7v

L ow:0x80High:0x84Open:0x88

35V

16V

2

3

4

5

6

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

41

42

43

44

45

46

47

48

1

7

49

5051 52535455565758596061626364

16V

16V

16V

16V

16V16V

16V

16V

I2C_SDA

I2S_SL

I2S_WS

I2S_DA_OUT

I2S_DA_IN1

ADR_WS

ADR_CL

DVSUP

DVSS

I2S_DA_IN2

NC

NC

NC

RESETQ

DACA_R

DAC

A_L

VREF

2

DAC

M_R

DAC

M_L

DAC

M_C

DAC

M_S

UB

DAC

M_S

SC2_

OUT_

R

SC2_

OUT_

L

VREF

1

SC1_

OUT_

R

SC1_

OUT_

L

CAPL

_A

AHVS

UP

CAPL

_M

AHVSS

AGNDC

SC4_IN_L

SC4_IN_R

ASG4

SC3_IN_L

SC3_IN_R

ASG2

SC2_IN_L

SC2_IN_R

ASG1

SC1_IN_L

SC1_IN_R

VREFTOP

MONO_IN

AVSS

I2C_CLK

ADR_DA

AVSUP

ANA1

_IN+

ANA_

IN-

ANA2

_IN+

TEST

EN

XTAL

_IN

XTAL

_OUT

TP

AUD

_CL_

OU

TNC

NC

D_CT

R_I/O

_1

D_CT

R_I/O

_0

ADR_

SEL

STAN

DBYQ

NC




t

+

+

+

t

+

+

+5VS

VCC

+12V

MUTE

LCD_ON LCD_BR

PW R_ON

A UDIO_L_O UT

AU DIO_R_OUT

V33

VCPU33

VCPU18

+9V

+12V +12V +5VS+5VSVCC VCC+19V

+12V

+19V

PC BOA RD48.M2305 .A00

20L0BI

[P. 4]

[P. 3]

[P. 4]

[P. 6]

[P. 6]

[P. 4]

(For EMI) (For EMI)

CHANGE C108 P/N to 79.4761D.3A1

1

23

1

23

2 1

16V

16V

1

2

3

1

23

16V

2 1

3

2

1

16V

16V

U1 6

LD1117-3. 3

C149

220P J

R8 4301F

C141

220P J

TP 23

C116

0.1U K

C142

220P J

C150

220P J

TP 126

R8 3681F

U1 7

LM317 M

C143

220P J

RT1

NC

TP 119

C144

220P J

C11710 U

J11

2072060210

C151

220P J

C119

0.1U K

C 11147U

C145

220P J

C152

220P J

C120

0.1U K

TP 120

J12

OPEN

C112

0.1U K

C146

220P J

TP 24

TP 125

U1 8

LD1117-3. 3

C 11447U

TP 121

RT2

NC

U1 5

780 9ABD2T

C115

0.1U K

C153

220P J

C 10847U

C147

220P J

TP 122

C110

0.1U K

C 11847U

C113

0.1U K

TP 123

C148

220P J

C140

220P J

C1090.33U Z

TP 124

GND

VOUTVIN

GND

VOUTVIN

1 2

3 4

5 6

7 8

9 10

11 12

13 14

15 16

17 18

19 20

GND

VOUTVIN

VO

GND

VI




VY5

VY0VY1

VY3

V UV0

VY2

VY4

V UV1

VY6VY7

V UV2V UV3

V UV4

V UV7V UV6V UV5

AV_DET

VF IELD

VVSV CLK

V PENVHS

VU V[0..7]

VY[0..7 ]

DECO E

SCLSD A

TV_DET

RI 1

VIDEO_RESET

LI1

LI2RI 2

RI 4LI4

AV_SEL

SD _Y_IN

S D_CB_I N

SD_C R_I N

SD_Y_ GND

SD_CB_GND

SD_ CR_GND

CVBS_SE L

INPUT_DET

TUNER _ACK

VCC+9 V+9 V

VC C+5VS +5VS

+12 V+12 V

TEKCON SLOT 60Pin

Opti cal PointsScrew Holes

[P.3][P.3][P.3][P.3][P.2]

[P.3]

[P.3]

[P.2][P.2][P.2][P.2][P.2][P.2]

[P.4][P.4][P.4][P.4][P.4][P.4]

[P.4]

[P.2 .3][P.2 .3]

[P.2 .3]

[P.2 .3][P.4][P.2]

[P.4]

13579

111315171921232527293133353739

246810121416182022242628303234363840

41 4243 4445 4647 4849 5051 5253 5455 5657 5859 60

TP43

TP3

TP26

O P

TP44

L22

BE AD

H3

HOLE-V 8

TP8 L27 1000 OHM

O P

TP29

TP45

TP7

TP31

O P

TP24

TP20

TP12

TP32

TP40TP38

L28 1000 OHM

O P

TP10

TP17

O P

TP2

TP33

TP98

TP25

TP14

O P

TP35

H4

HOLE-V8

TP99

TP21

O P

TP19

TP6

TP39

TP97

L23 1000 OHM

TP27

TP13

TP34

TP10 0

O P

J1

TP4

TP16

L24 1000 OHM

H1

HOLE- V8

O P

TP11

TP23

TP9

TP42

O PO P

TP18

L25 1000 OHM

O P

TP37

H2

HOLE-V8

TP22

TP1

TP30

O P

TP28

TP15

TP36

R10

TP5L26 1000 OHM

O P

OP6OP4

OP10

OP7

OP1 4

OP1

OP1 3

OP2

OP9

OP5OP3

OP1 2OP1 1OP8

1

2

3

4

5

6

7

8

9 1

2

3

4

5

6

7

8

91

2

3

4

5

6

7

8

9 1

2

3

4

5

6

7

8

9

VIDEO SIGNAL PROCSSING - TRAITEMENT VIDEO - VIDEO SIGNALVERARBEITUNG - ELABORAZIONE VIDEO - TRATAMIENTO VIDEO

( VIDEO BOARD 1/6)


+

+

+

+

+

+

+

Y 6Y 5Y 4

Y 0

Y 3

Y 1

DU V0DU V1DU V2DU V3


Y 2

D Y 0D Y 1D Y 2D Y 3


UV4

UV5

UV6 UV7

UV0

UV3

UV1

UV2

Y 7

VB1

VR1

VG1

VG2

VR2

VB2

S VPENSVH SSVVS

DUV[ 0..7]

DY[ 0..7]

S VCLK

VF IELD

VIDEO_RESET

TEXT_ G

TEXT_ B

TEXT_ R

SCA RT_GREEN

SCART_BLUE

SCAR T_RED

TT_BLNK

SD_Y_I N

S D_CB_I N

SD_C R_I N

SD_CB_GN D

SD_Y_ GND

SD _CR_GND

S_Y

S_C

DECOE

SDASCL

CVB S_VD

CVB S_INPUT

SCA RT_FB_EN

S CART_BLNK

V 33DVCC_ A VCC_A

VC C VCC_A

VCC_ A

V3 3DVC C

V3 3D V 33D

V3 3D

+9 V

VCC_A

VCC

+9 V

VCC

VC C

PIN5 9 PIN5 2PIN6 9 P IN7 6

PIN

10

PIN

29

PIN

36

PIN

45

VPC3230DI2C : 0X 8E

L

Enable

Disable

H

DECOE Y/C Output

[P.4]

[P.4]

[P.4]

[P.6]

[P.1]

[P.1]

[P.1]

[P.1]

[P.1]

[P.1]

[P.1][P.1]

[P.1]

[P.1]

[P.3][P.3][P.3][P.1]

[P.3]

[P.3]

[P.3]

[P.6][P.5]

[P.6][P.5]

[P.6][P.5]

[P.6]

(Bypass Group Delay Circuit)

[P.5]

[P.6]

16V

12

1234

8765

65666768697071727374757677787980

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

40393837363534333231302928272625

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24

16V

12

16V

12

1

32

1

23

1

32

1234

87653

2

1

1234

8765

16V

12

91

15 13

11

12

10

16

5

14

26

37

84

16V12

16V

16V

1 2

1

32

1234

8765

1

32

C 194 0.047U K

C5 2

0.1U K

R7 0 0

C2 5482P J

C13 0.68U K

C230.1U K

L341000 OHM

L4

BE AD

L38 3.3NH

R22

100

C310.1U K

C4647 U

C90.047U K

L301000 OHM

C18 0.68U K

R 227 75

C40 0.22U K

R8 47

R 205 47

C5 3

0.1U K

R66470

R11

NC_R0 603

L2

BEAD

R 261150

C2 8 3 30 P J

R 235 75

RN 247

C 195 0.047U K

R63560

U1

VPC3 23X D

R5 1K

C 200OPE N

C3 222U

C20

10 U

R 259

75

R653.3K

Q42N3904

R7 8OPEN

R9 47

R12 0

R 228 75

C10.1U K

L41

3.3NH

L39 3.3NH

R17 100

U4

LD1117-3. 3

TP4 6

C17

0.04

7U

K

C21

0.047U K

C49

0.1U K

R20

Q82N3904

R62470

R61 2.2K

C3 6 3 30 P J

C30.1U K

R 257 10K

C11 9OPE N

C4 3 3 30 P JC50

0.1U K

R 231 75

RN3 47Q52N3906

L40 3.3NH

L291000 OHM

C100.015U K

C42 0.22U K

R10 NC_R0 603

R2 475

C14 OPE NRN4 47

C8390P K

R20 100

C300.22U K

C2947U

C415 00P J

R7

10K

C 191 0.047U K

C 184

330P J

C 18668P J

C60.22U K

R 262

100

C470.1U K

L35 3.3NH

C1 1

3.3P C Y1

20.25MHZ

TP47

C44 0.22U K

C5390P K

R21 100

Q22N3904

U3

TDA8601T

C 255 180 P J

C5 4 3 30 P J

R 258

10K

R69

OPEN

R 234 75

C16

10 U

C2610 U

C 192 0.047U KC39 330P J

L311000 OHM

R15NC_R0 60 3

C3515 00P J

R6 47C45

22 U

D151N414 8

R1 8

100

R2 32 0

C27

0 .1U K

L36 3.3NH

C48 0.22U K

C15 0.68U K

C715 00P J

C210U Z

R14 75

C51

0.1U K

R 230 75

C37390P K

C19 0.68U K

L321000 OHM

C1 2

3.3P C

C2215 00P J

R2 375

C34 0.22U K

R2 575

Q72N3904

C1 18 330P J

R1 6

NC_

R0

603

C 193 0.047U K

C41 330P J

RN 147

L1 OPEN

R13 NC_R 0603

R646.8K

R1 9

100

C25O PEN

R 204 47

L37 3.3NH

C33100P K

L331000 OHM

R 260 0

Q12N3904

R 226 75

R 233 75

L3

BE ADC38 0.22U K

R 255

470

R6 8 270

C 185

33 0P J

R31K

C 190 0.047U K

GNDFVRTI2CSELISGNDVSUPFVOUTCI NVIN1VIN2VIN3VIN4VSUPAIGNDAIVREFFB1I NAISGND

ASGF

XTAL

2XT

AL1

N.C

CLK5

VSTB

YFP

DAT/

VSYA

VSM

SY/H

SFS

Y/HC

/HSY

A AVO

INTL

CVS

UPSY

GNDS

Y C0 C1 C2 C3GN

DCVS

UPC C4 C5 C6 C7

Y0Y1Y2Y3

VSUPYGNDY

Y4Y5Y6Y7

GNDLLCVSUPLLC

LLC 1LLC 2

VSUPPAGNDPA

B1/

CB1I

NG1

/Y1I

NR

1/CR

1IN

B2/

CB2I

NG2

/Y2I

NR

2/CR

2IN

ASGF

N.C/

FFRS

TWI

NVS

UPCA

PVS

UPD

GNDD

GNDC

APSC

LSD

ARE

SQTE

STVG

AVYC

OEQ

FFIE

FFW

EFF

RST

WFF

REFF

OECL

K20

GND

VOUTVIN

GND

VP

FBI 1 FBO

VOB

VOA

VOC

IOCNR

SEL

FBI 2

VIA1VIA2

VIB1VIB2

VIC2VIC1


( VIDEO BOARD 2/6)


+

+

+

+

+

R39 0

TP4 8

C600.1U K

C74

0.01U K

C8 80 .1U K

RN 6

47

C7710U

R2970 OHM

TP4 9

R36 10K

C8 20.1U K

C70

0.1U K

U5 C

PW1230

C10 80 .1U K

R41 0

C1 010.1U K

L8

42 OHM

C10 40 .1U K

C64 10 U

R28 0

C8 90 .1U K

C970.1U K

U5 A

PW1230

C860.1U K

R27 1K

C930.1U K

C830.1U K

TP5 0

C87

0.01U K

R49681F

C6 10.1U K

R45 2M

C10 50 .1U K

R32 10KR31 47

C730.1U K

C55 0.01U K

TP5 1

R4 6 0

R42 0

L6

42 OHM C69

22U

C1 020.1U K

U5 D

PW1230

C1 130.1U K

C8 40 .1U K C7 5

0.1U K

C6 20.1U K

C1 090 .1U K

C9 00 .1U K

R37 10K

L7

42 OHM

R4 80

TP5 2

C980.1U K

R33 47

R4 7 0

L9

42 OHM

R50681F

RN 7

47

TP5 3

C9 40 .1U K

R4 3 270

C65

18P J

C560.1U K

C8 50 .1U K

C1 100 .1U K

C990.1U K

C7 80 .1U K

C6710U

R35 47

C10 60 .1U K C 103

0.01U K

C71

0.01U K

C910 .1U K

C570 .1U K

RN 8

33

U6

HY57V641620HGT- 6

U5B

PW1230

C9 50 .1U K

R44 0

C66

18P J

R40 0

C63 0.01U K

C7 90 .1U K C76

0.1U K

C580.1U K

C7247 U

R34 10K

R38 47

C680.1U K

RN 9

47

C1 110 .1U K

C8 00 .1U K

C1 000.1U K

Y2 1 0MHZ

L5

42 OHM

C5 90.1U K

RN5

47

C1 070.1U K

R30 10K

U7

LM317 M

C9 20.1U K

C810 .1U K

C960 .1U K

R26 0

C11 20.1U K

MA0MA1MA2MA3MA4MA5MA6MA7MA8MA9MA1 0MA1 1MA1 2MA1 3

MCLKFB

MCLK

MD0MD1MD2MD3MD4MD5MD6MD7MD8MD9

MD10MD11MD12MD13MD14MD15

mRASnmCASnmWEn

VB0VB1VB2VB3VB4VB5VB6VB7

VG0VG1VG2VG3VG4VG5VG6VG7

VR0VR1VR2VR3VR4VR5VR6VR7

SVHSSVVSSVCLKPVCLKCREFPVVSPVHS




DGHSDGVSDGCL K




DCL KDVSDHSDEN

DENGDENBDENR

ADRADGADB

VREFI NVREFOUT

RSETCOMP

MVECGMS

TESTCL K

TDOTCKTDITMSTRSTN

I2CA1I2CA2

SCLSDA

XTAL I

XTAL O

TEST

RESETn

MCUA0MCUA1MCUA2MCUA3MCUA4MCUA5MCUA6MCUA7

MCUD0MCUD1MCUD2MCUD3MCUD4MCUD5MCUD6MCUD7

MCUCSMCUWR

MCUCMDMCURDY

CL KCKE

CS

RASCASWE

UDQMLDQM

A1 0A9A8A7A6A5A4A3A2A1

VSS

VSS

VSSQ

VSSQ

VSSQ

VSSQ

A1 1 DQ1 5

DQ0DQ1DQ2DQ3DQ4DQ5DQ6DQ7DQ8DQ9

DQ1 0DQ1 1DQ1 2DQ1 3DQ1 4

NC

VDD

VDD

VDDQ

VDDQ

VDDQ

VDDQ

A0

VDD

VSS

NC/RFU

BA0BA1

Vs sVs sVs sVs sVs sVs sVs sVs s

PVs sPVs sPVs sPVs sPVs sPVs sPVs sPVs sPVs sPVs sPVs sPVs sPVs sPVs sPVs sPVs sPVs sPVs sPVs sPVs sPVs sPVs sPVs sPVs sPVs s

DPAVs sDPDVs s

MPDVs sMPAVs s

ADDVs sADAVs sADGVs s

AVS33BAVS33GAVS33R

VDD1VDD2VDD3VDD4VDD5VDD6VDD7VDD8

PVd dPVd dPVd dPVd dPVd dPVd dPVd dPVd dPVd dPVd dPVd dPVd dPVd dPVd dPVd dPVd dPVd dPVd dPVd dPVd dPVd dPVd dPVd dPVd d

DPAVd dDPDVd d

MPDVddMPAVd d

ADDVd dADAVd dADGVd d

AVD33BAVD33GAVD33R

GND

VOUTVIN

P3P3 V

P2P5 V

VC CP2P5V

P3P3V

P3P3V

P3P3 V

P2P5 V

P3P3 V

P2P5 V

P3P3V

P3P3 V

P3P3V

P2P5 V

V 33D

4M*16 SDRAM

I2C : 0X64

[P.2]

[P.2]

[P.2][P.2][P.2][P.2][P.2][P.2][P.2]

[P.1]

[P.1]

[P.1][P.1][P.1][P.1]

[P.1]

[P.1][P.1]

[P.1]

1234

8765

16V

12

213210207204203206209211214217215220221218

223

229

25 525 224 824 524 223 923 623 223 123 423 824 124 424 725 025 4

22 522 622 7

16V12

12346789

1516171820212223

3031323335363738

11121325262728

7071727375767879

8182838486878889

91929495979899

100

666768

110111113114116117118119

121122124125127128129130

13 213 313 513 613 813 914 114 2

10210310 414 510 610 710 8

15 6153150

16 116 215916 0

20 114 614 4

16V

12

4850515253

4344

4547

40

41

56

55

16 816 917 017 217 317 417 617 7

17 817 918 118 218 318 418 518 6

19 019 119218 8

1234

8765

16V

12

1234

8765

3837

19

181716

3915

22343332313029262524

54415246126

35 53

2457810111342444547485051

36

1279 34349

23

1428

40

2021

194977

11 213 418 721 925 1

102439465765748596

10 511 512 613 714 717 118 919 320 221 222 222 823 324 024 625 3

19 619 8

5961

14 816 416 7

15 215 515 8

5349312 314 017 520 523 5

1429425464698090101109120131143165180200208216224230237243249256

19 7199

5860

14916 3166

15 1154157

16V

12

1234

8765

1234

8765

1

23

AVDD1

A VD33

AVDD2

RAMA11RAMA10RAMA9RAMA8RAMA7RAMA6RAMA5RAMA4RAMA3RAMA2RAMA1RAMA0RAMA12RAMA13

RC LKP3P3V

R RASnR CASnRWEn

DG0

RAMD15RAMD14RAMD13RAMD12

DG1

RAMD11RAMD10RA MD 9RA MD 8RA MD 7

DG2

RA MD 6RA MD 5RA MD 4RA MD 3RA MD 2RA MD 1RA MD 0

DG4

DI _RESET

DG3

DG5DG6DG7

D R 0

AVDD2

D R 1

AVDD1

D R 2D R 3D R 4D R 5D R 6D R 7

R AMD0

R AMD2

R AMD6

R AMD1

R AMD4R AMD5

RAMD10

R AMD8R AMD7

R AMD3

R AMD9

RAMD12RAMD11

RAMD15

RAMD13RAMD14

A VD33

P3P3 V

RAMA2RAMA3

RAMA0RAMA1

RAMA4RAMA5

RAMA7RAMA8

RAMA6

RAMA9

RAMA1 2

RAMA1 0RAMA1 1

RAMA1 3

DC LKDVSD H SD E N

DP EN

A VD25

A VD33

A VD25

RC LK

R RASnR CASnRWEn

V UV7

V UV5V UV6

V UV2V UV3V UV4

V UV0

VY 0VY 1

VY 5VY 4VY 3VY 2

VY 7VY 6

V UV1

DU V6

D Y 1

DU V3

D Y 7

DU V1

D Y 0

D Y 2

DU V2

D Y 5

D Y 3

DU V4DU V5

D Y 4

DU V0

D Y 6

DU V7

SCLSDA

S VHSSVVSS VCLKS VCLKS VPENSVVSS VHS

V CLKVVSVHS

V PEN

DY[0 ..7]

DUV[0 ..7]

VY[0..7 ]

V UV[0..7 ]

DECOE

VIDEO_RESET


( VIDEO BOARD 3/6)


+5VS

+5VS

+5VS

VC C

VC C

VCC

+9 V

VC C

VC CV 33D

VCC

+9V

+9V

6

21

3

5

4

Bottom View

21

3

Bottom View

G23

4

1

2

G1

G3

AV_SEL

HIGH

LOWOUTPUT

TV

CVBS

1

214

13

Top View (ST)

CVBS_SEL Output

[P.1]

[P.1]

[P.1]

[P.1]

[P.5]

[P.5]

[P.4]

[P.1]

[P.2]

[P.2]

[P.2]

[P.1]

[P.1]

CVBS_VDSCART_CVBSHIGH

LOW

[P.4]

[P.1]

[P.5]

[P.5]

[P.6]

14

1116

876

12

13

3

1

2

16V

3

1

2

1 2

3 4

5 6

16V

3

1

2

16V

13579

1113

2468101214

3

1

2

16V

16V

16V

4

9

16 876

5

3

4

2

G1

1

3

S1

16V

1 2

3 4

5 6

C

.

G1

.

Y

S1

CVBS_ IN

CV BS

SCL_TVSDA_TV

TV

LI1

RI 1

AV_SEL

VI DEO_I N

RI 2

LI2

SCART_L OUT

S CART_ROUT

INPUT_DET

S_Y

CVB S_VD

SCL

SDA

VI DEO_OUT

CVBS_ SEL

S CART_CVBSVI DEO_I N

T UNER_DET

S_C

TUNE R_ACK

TP58

R54 0

U2A

74HC4053

Q1 2

BSN 20

TP69

C1 20 10U

R91 100

C 198OPE N

R5822K

Q92N3904

TP6 1

R9 7 1K

R52 100

R73 NC_R0 60 3

R55 1K

C1 890 .1U K

R5368K

C 199OPE N

R7268K

Q1 0

BSN2 0

R9 0100

R109 470

D2

TZMC5V1

J6

R98 100 Q2 22N3904

Q3052N3904

R 254470

R5168K

R 24922L13 1000 OHM

R5 6 1K

R94

68K

R5922K

R110 470

C1 24 10U

TP59

Q2 32N3906

C 1140.1U K

TP6 4

D3

TZM C5V1

Q13

BSN 20

R92 68

L111000 OHM

C 127O PEN

R71

75

R8 868K

Q32N3904

C 11510U

R 253 560

R7668K

J8

R 311 0

R 319 1K

TP5 5

TP41

D1

TZMC5V1

Q1 1

BSN2 0

R95 0

D4

TZMC5V1

C 12510 U

L101000 OHM

R89 100

R82

75

R3 18100

TP63

R74100

C 197O PEN

DN 3BAV99

R5 7 1K

C1 160.1U K

C 196O PEN

R10

83.

3K

C 128O PEN

TP62

TP65

C 12610U

TP5 6

C1 17 10U

R77 0

DN 1BAV99

R2 501K

R3 1668K

DN 2BAV99

TP66

U2 C

74

HC405

3

Q62N3904

TP54

L20 42 OHM

L121000 OHM

J7

221 028900 1

R10

73.

3K

TP67

C 133 10U

TP5 7

C 1300.1U K

R3 1768K

R60

75

C1 220 .1U K

TP68

R80 1K

2N39042N3906

++

+

+

+

+

+


( VIDEO BOARD 4/6)


+

+

++

GND

V+

IN1+IN1-

IN2+IN2-

IN3+IN3-

IN4+IN4-

OUT1

OUT2

OUT3

OUT4

CLK_OUT

DAT A_OUT

SCAR T_RED

S CART_BLUESCAR T_BLUE_I N

SCART_GREEN_I N

SCART_RE D_I N

SCA RT_GREEN

LI4

RI 4

S CART_CVBS

SCART_ AR_I N

SCA RT_AL_I NSCAR T_BLUE_I N

SCART_G REEN_I N

SCART_RE D_I N

SCART _CVBS_I N

SCAR T_CVBS_I N

SCART _AR_I N

SC ART_AL_I NSCA RT_SWITCH

S CART_BLNK

S CART_ROUT

SCART_L OUT

VI DEO_OUT

SCART_M ODE1

SCART_M ODE2SCA RT_SWITCH

TV_DET

1.40V

0V~4. 85V

3.49V

+5VS

+5VS

+5VS

VC C+5VS

+5VS

+5VS

+5VS

8.6- 12V

0-3 .5V

Mode1

16:9

Manual

1

0

0

1 1

High Active

3.5- 8.6V

0

Mode2

Auto

[P.4]

[P.4]

[P.5]

[P.5]

[P.5]

[P.5]

[P.5]

[P.5]

[P.5]

[P.5]

[P.5]

[P.4]

[P.5]

[P.5]

[P.5]

[P.2]

[P.2]

[P.2]

[P.2]

[P.1]

[P.1][P.5]

[P.2]

[P.5]

[P.6]

[P.6]

[P.1]

16V

16V

114

32

56

109

1213

1

7

8

14

1

3

5

7

9

11

13

15

17

19

21

2

4

6

8

10

12

14

16

18

20

16V

16V

C 156O PEN

R1 20 1K

R1 32

75

C 145 10U

R19 4

100K

TP74

C 141

10 00P J

TP82

Q12N3904

R1 1368K

TP76

R21 810K

R 224

10KR21 64.3K

TP7 7

R1 1768K

Q1 42N390 4

R1 38

75

L181000 OHM

R 2193.9K

D12 TZMC5V1

R 125

75

L171000 OHM

TP7 9

R 164 0

D8TZ

MC5

V1

L15

1000 OHM

R 195

100K

R 222N

C_R0

603

TP81

DN 6BAV99

R 167 0

L161000 OHM

TP7 3

D1

4TZ

MC5

V1

DN 11BAV99

Q162N3904

D11 TZMC5V1

D6TZ

MC5

V1

R22 1 100K

L14 1000 OHM

TP83

DN 10BAV99

R1 27 0

R1 16 47

R 168 0

TP70

D1312.4~14 .1V

DN 9BAV99

C1 43 10U

C 154O PEN

R22 0 100K

U15

LMV3 24M

D10 TZMC5V1

D7TZ

MC5

V1

TP72R 165 0

J9

R 114100

C 1400.1U K

R 115

75

TP75

DN 8

BAV9 9

R 21710K

D9 TZMC5V1

D5TZ

MC5

V1

R 118 1K

R 12122K

R2 23

NC_R

0603

TP78

C 155O PEN

R21 510K

R1 19 1K

R1 26

75

C 149 10U

TP80R1 2222K

C1 42

10 00P J

R 166 0

R2 25

10K

TP71

C 147 10U

R 163 0

R 2456.8K


( VIDEO BOARD 5/6)


+

++

+

+

+

LANG3LANG2

LANG1

LCB

LIS T

RGB_G AI N

TT_ RSTn

TT _BTT _GTT_ R

TT_FSB

R E D

I N FO

FSBB LUE

TT_STAR T

EE_SDAEE_SCL

I2C_EN

B LUE

GREEN

GREEN

R E D

LANG1LANG2LANG3SCL

SDA

TEXT_R

TT_BLNK

TEXT_ G

TEXT_ B

CVBS _INPUT

SVVS

S VHS

SCLSDA

LANG1LANG2LANG3

SCART_M ODE1SCART_M ODE2

T UNER_DET

SCA RT_FB_EN

SCA RT_FB_EN

+3.3VDAC

+3.3V

+3.3VDAC

+3.3VDAC+3. 3VDAC

+2.5VDAC +2. 5VDAC

+3.3VDAC

+2.5V

+2.5V

+2.5VDAC +2.5VVCC

+3.3V

+3.3VDAC

+3. 3VDAC +3.3VVCC

PIN1 1 P IN 30 PIN4 4

I2C : 0X60

[P.4]

[P.1][P.1]

[P.2]

[P.2]

[P.1][P.1]

[P.6][P.6][P.6]

[P.5][P.5]

[P.6][P.6][P.6]

[P.2]

[P.2]

[P.2]

[P.2]

I2C : 0X48

[P.4]

[P.2]

123456789

1011121314151617181920212223242526 27

28293031323334353637383940414243444546474849505152

3

13

14

21

15

16

8

6

12

1011

5

9

4

7

16V

16V

1

23

1

23

16V

16V

16V

1234 5

678

16V

R 181NC_R0 603

C 171

0.1U K

R1 4668

C1 510 .1U K

R1 724.7K

L21

BE AD

R 177 0

C 168

0 .1U K

R 157

3.3K

R1 61

3.3K

U14

SDA555 xF L

R 18410K

R1 83 0

R15 1 10

U11

PCA9554P WL19

BE AD

R14 468

R 243 0

C 16247 U

C 172 0.1U K

Q192N3906

R23 6

NC_

R0

603

TP8 4

R15 2 10

C1 5310 U

C 170

0.1U K

R 169681F

U1 2

LM317 M

Q2 02N3906

R1 62

3.3K

R 175 0R1 74 NC_R 0603

R 244 0

R1 4568

C1 750.1U K

C 1520 .1U K

C1 650 .1U K

R 160

NC_

R06

03C 161

0 .1U K

C 1670 .1U K

R25 2

0

R19

10

R2 39 0

C17 30 .1U K

R1 59

NC_

R0

603

R1 76 NC_R 0603

Q182N3904

C 169

0.1U K

R1 79 0

R19

0N

C_R

0603

U9

LD1117-3. 3

R1 70681F

R19

30

R2 40 0

R18

90

C1 7833P J

Y3

6MHZ

C 15047U

R1 78 NC_R 0603

Q2 12N390 6

R1 49330

R15 0 10

C1 640 .1U K

R1 80 0

R 185 0

C 16610U

R 143220

C 17733P J

R14 8 47

R1 58

NC_

R0

603

R 1714.7K

C17 40 .1U K

R19

2N

C_R

0603

C1 6310 U

U1 3

AT24 C02

R1 82 0

R 186 0

C 17610 U

P0.0P0.1P0.2P0.3P0.4P0.5P0.6P0.7VDD 2.5VSSVDD 3.3CVBSVDDA 2. 5VSSAP2.0P2.1P2.2P2.3HS/SSCVSP3.0P3.1P3.2P3.3P3.4P3.5 P3.6

P3.7VSS

VDD 3. 3P4.2P4.3

RST-XTAL 2XTAL 1VSSA

VDDA 2. 5RGB

BLANK/CORVDD 2. 5

VSSVDD 3. 3

P1.0P1.1P1.2P1.3P1.4P1.5P1.6P1.7

A2

INT

SCL

A1A0

SDA

VDD

GND

P0 2

P0 7

P0 5P0 6

P0 1

P0 4

P0 0

P0 3

GND

VOUTVIN

GND

VOUTVIN

NCNCNCGND SDA

SCLWP

VCC


( VIDEO BOARD 6/6)


1

2

3

4

5

6

7

8

9 1

2

3

4

5

6

7

8

91

2

3

4

5

6

7

8

9 1

2

3

4

5

6

7

8

9

YC _SEL_I N

AV_ DET

AV_ SEL_I N

YC _SEL_I N

RV 0RV 1RV 2RV 3

RV 4RV 5RV 6RV 7

BU 7BU 6BU 5

G Y 5

G Y 0

G Y 3

G Y 1

BU 0

G Y 4

G Y 2

G Y 7

BU 1

G Y 6

BU 3

BU 4

BU 2 AV_ SEL_I N

INPUT_D ET

DEC OE

AV_SEL

SC LSDA

TV_DET

RI1

VIDE O_RESETT UNER_ACK

LI1RI2LI2

VCL K

RV [0..7]

RV [0..7]

SD_Y_I N

SD_CB _IN

SD_ CR_IN

CVBS_SEL

VFI EL D

VVS

VPENVH S

BU [0..7]

GY[0.. 7]

SD_Y_ GN D

SD_CB _GND

SD _CR_GND

RI4LI4

+9V

VCC

+5VS

+9V

+12V

VCC

+5VS

+9V

+12V

+9V

VIDEO BOARD

48.M2306 .A00

20L0BI

Optical Points

Screw Holes

[P. 4]

[P. 2]

[P. 4][P. 4][P. 4]

[P. 2]

[P. 4]

[P .2.3][P .2.3]

[P .2.3]

[P .2.3]

TEKCON SLOT 80Pin

[P. 4]

[P. 2][P. 2]

[P. 2][P. 2][P. 2][P. 2]

[P. 3]

[P. 3]

[P. 3]

[P. 3][P. 3]

[P. 3]

[P. 3]

[P. 3]

[P. 2]

[P. 5][P. 5]

(old net: TT_ST ART) [P. 4]

2468101214161820222426283032343638404244464850525456586062646668707274767880

13579

1113151719212325272931333537394143454749515355575961636567697173757779

1

32

32

1

1

32

32

1

TP 13

R3221K

TP 100

TP 33

OP

R198

10K

TP 15

L24 1000 OHM

TP 38

H3

HO LE-V 8

TP 21

TP 102

TP 18

TP 31

TP 105

OP

TP 3

R1961K

TP 36

R321

1K

L25 1000 OHM

R334

10K

TP 17

OP

R1 0

TP 108

TP 14

TP 32TP 35

TP 2

OP

L26 1000 OHM

TP 34

R320

10K

TP 39

TP 20

OP

TP 16

TP 1

TP 19

TP 11

J1

2050044080

Q252N3904

R197

1K

L27 1000 OHM

TP 28

TP 103

OP

TP 6

TP 106

R194

10K

H4

HO LE-V 8

TP 30

TP 43

OP

TP 5 TP 9

TP 37

TP 8

OP

L28 1000 OHM

TP 4

H1

HO LE-V 8

TP 27

R335

10K

OP

TP 7

TP 23

Q242N3906

Q172N3904

OP

TP 25

R195

10K

TP 12

OP

TP 22

TP 101

TP 104

OP

L22

BEAD

H2

HO LE-V 8

TP 24

TP 107

TP 26

TP 44

TP 98

Q262N3906

OP

TP 42

TP 29

TP 99

TP 10

TP 45

TP 97

L23 1000 OHM

OP

TP 40

OP6OP4

OP10

OP7

OP14

OP1

OP13

OP2

OP9

OP5OP3

OP12OP11OP8


( VIDEO BOARD 1/6, 20”BI)


+

+

+

+

+

+

+

Y6Y5Y4

Y0

Y3

Y1



Y2



UV

4U

V5

UV

6U

V7

UV

0

UV

3

UV

1U

V2

Y 7

VB1

VR 1

VG1

VB2

VG2

VR

2

SVPE NSVHSSVVS

DUV [0..7]

DY[0..7 ]

SVC LK

VFIELD

VIDE O_RESET

SD_Y_I N

SD_CB _IN

SD_CB _GND

SD_Y_ GN D

S_Y

S_ C

DEC OE

SDASC L

CVBS_INPU T

SD_ CR_I N

SD _CR_GND

SCART _F B_EN

SCART _BLN K

CVBS_V D

TEX T_ G

TE XT _R

SCART _BLUE

TT_BLNK

TEX T_ B

SCART_GREE N

SC AR T_ RE D

R330

NC

_R06

03

C5 2

0.1U K

C1 3 0 .68U K

C2 30.1U K

L341000 OHM

R336 2.2K

C1951U Z

L4

BEAD

R2 2

100

R228 75

C3 10.1U K

C4 647 U

Q302N3906

C90.047U K

L301000 OHM

C1 8 0 .68U K

Q12N3904

C4 0 0 .22U K

R8 47

R205 47

C184

330P J

R231 75

C118 330P J

C5 3

0.1U K

R1 1NC _R0603

C119

NC_

C060

3

L2

BEAD

Q27

2N3904

R235 75

RN247

U1

VPC 323XD

R5 1K

C199 180P J

C4 5

22 U

C3 222U

C2 0

10 U

C1961U Z

R342470

L35

3.3NH

R9 47

R1 2 0

C10.1U K

C191

82 P J

R341

75

L413.3NH

C 18668 P J

L39

3.3NH

R1 7 100

U4

LD1117-3. 3

TP 46

R343

NC_R0603

C17

0.04

7U K

C2 1

0.047U K

R2

0 C4 9

0.1U K

R338 0

L37

3.3NH

C1931U Z

C2 8 330P J

L1 NC _L1206

C1971U Z

C30.1U K

R6 3

560

L403.3NH

R337

150

C4 3 330P JC5 0

0.1U K

RN3 47

L29 1000 OHM

R232 0

C1 00.015U K

L36

3.3NH

C4 2 0 .22U K

C3 6 330P J

R1 0 NC_R0603

R6 53.3K

Q28

2N3904

C8390P K

RN4 47

R2 0 100

C3 00.22U K

C2 947U

R7

10K

C41500 P J

Q29

2N3904

C60.22U K

D1 5

1N4148

C4 70.1U K

C1981U Z

C1 1

3.3P C

C185

330P J

Y1

20.25 MH Z

R2 4

75

TP 47

L38

3.3NH

C4 4 0 .22U K

C3 9 330P J

C5390P K

R6 9

NC

_R06

03

R2 1 100

R331

470

U3

TDA8601T

Q22N3904

C5 4 330P J

C2 610 U

C1 6

10 U

L311000 OHM

R1 5NC _R0603

R7 0 0

C3 51500 P J

R6 47

R1 8

100

R1 4 75

C2 7

0.1U K

C200NC_C0603

C4 8 0 .22U K

C71500 P J

C1 5 0 .68U K

C210 U Z

R339

10K

R6 46.8K

C5 1

0.1U K

R230 75

C1 9 0 .68U K

C3 7390P K

L321000 OHM

C1 2

3.3P C

C2 21500 P J

C3 4 0 .22U KR226 75

C4 1 330P J

R1 6

NC_

R06

03

R234 75

RN147

R1 3 NC_R0603

R6 2

470

C1941U Z

R1 9

100

C2 522 P J

R204 47

C3 3100P K

R6 8 270

L331000 OHM

R2 3

75

R233 75

L3

BEAD

R34010K

R227 75 C3 8 0 .22U K

R2 5

75

R31K

V33 DVC C_ A VC C_ A

VCC VC C_ A

VC C_ A

V33 DVCC

V33 D V33 D

V33 D

VCC _A

VCC

VCC

VCC

VCC

+9V

VIDEO BOARD48.M2306 .A00

20L0BI

PI N5 9 PI N5 2PI N69 PIN76

PIN

10

PIN

29

PIN

36

PIN

45

VPC3230DI2C : 0X8E

LEnabl eDisable

H

DECO EY/C Output

[P. 4]

[P. 4]

[P. 1]

[P. 1]

[P. 1]

[P. 1]

[P. 1][P. 1]

[P. 1]

[P. 1]

[P. 3][P. 3][P. 3][P. 1]

[P. 3]

[P. 3]

[P .3 ]

[P. 6]

[P. 4]

[P. 5]

[P. 6]

[P. 5]

[P. 6][P. 5]

[P. 6][P. 5]

[P. 6]

[P. 1]

[P. 1]16V

1234

8765

65666768697071727374757677787980

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

40393837363534333231302928272625

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24

16V

16V

16V

1

23

1234

8765

1234

8765

16V

91

15 13

11

12

10

16

5

14

26

37

84

16V

16V

1234

8765

GNDFVRTI2CSELISGNDVSUPFVOUTCI NVIN1VIN2VIN3VIN4VSUPAIGNDAIVREFFB1I NAISGND

ASG

FXT

AL2

XTAL

1N

.CCL

K5

VSTB

YFP

DAT/

VSYA

VSM

SY/H

SFS

Y/HC

/HSY

A AVO

INTL

CVS

UPSY

GN

DS

YC0 C1 C2 C3

GN

DC

VSUP

C C4 C5 C6 C7

Y0Y1Y2Y3

VSUPYGNDY

Y4Y5Y6Y7

GNDLLCVSUPLLC

LLC1LLC2

VSUPPAGNDPA

B1/C

B1I

NG1

/Y1I

NR

1/CR

1IN

B2/C

B2I

NG2

/Y2I

NR

2/CR

2IN

ASG

FN.

C/FF

RSTW

IN

VSUP

CAP

VSUP

DG

ND

DG

ND

CAP

SCL

SDA

RESQ

TEST

VGAV

YCOE

QFF

IEFF

WE

FFRS

TWFF

RE

FFOE

CLK2

0

GN

D

VOUTVIN

GN

DVP

FBI 1 FBO

VOB

VOA

VOC

IOCNR

SEL

FBI 2

VIA1VIA2

VIB1VIB2

VIC2VIC1




+

+

+

+

+

AV DD1

AV D3 3

AV DD2

RA MA11RA MA10RAM A9RAM A8RAM A7RAM A6RAM A5RAM A4RAM A3RAM A2RAM A1RAM A0RA MA12RA MA13

RC LKP3P3V

RR ASnRC ASnRW En

DG0

RAMD 15RAMD 14RAMD 13RAMD 12

DG1

RAMD 11RAMD 10RAM D9RAM D8RAM D7

DG2

RAM D6RAM D5RAM D4RAM D3RAM D2RAM D1RAM D0

DG4

DI_RE SET

DG3

DG5DG6DG7

DR0

AV DD2

DR1

AV DD1

DR2DR3DR4DR5DR6DR7

RAM D0

RAM D2

RAM D6

RAM D1

RAM D4RAM D5

RAMD 10

RAM D8RAM D7

RAM D3

RAM D9

RAMD 12RAMD 11

RAMD 15

RAMD 13RAMD 14


D Y 5D Y 4

D Y 6D Y 7

DU V1DU V0

AV D3 3

DU V2

P3P3V

DU V3DU V4

DU V6DU V5

DU V7

RAM A2RAM A3

RAM A0RAM A1

RAM A4RAM A5

RAM A7RAM A8

RAM A6

RAM A9

RA MA12

RA MA10RA MA11

RA MA13

DC LKDVSDHSDEN

D PEN

DG0DG1DG2DG3

DG4DG5DG6DG7

DR0

AV D2 5DR1DR2DR3

AV D3 3

DR4DR5DR6DR7

RV 0RV 1RV 2RV 3

RV 4RV 5RV 6

AV D2 5

RV 7

G Y 0G Y 1G Y 2G Y 3


RC LK

RR ASnRC ASnRW En

RV 7

RV 5RV 6

RV 2RV 3RV 4

RV 0

G Y 0G Y 1


G Y 7G Y 6

RV 1

DB 7DB 6DB 5DB 4DB 3DB 2DB 1DB 0 BU 0

BU 1BU 2BU 3BU 4BU 5BU 6BU 7

SCLSDA

SVHSSVVSSVC LKSVC LKSVPE NSVVSSVHS

VCLKVVSVHS

VPEN

DY[0..7 ]

DU V[0..7]

GY[0.. 7]

RV [0..7]

DEC OE

VIDE O_RESET

BU [0..7]

RN

GN

D

VOUTVIN

TDOTCKTDITMSTRSTN

I2CA1I2CA2

SCLSDA

XTALI

XTALO

TEST

RESETn

MCUA0MCUA1MCUA2MCUA3MCUA4MCUA5MCUA6MCUA7

MCUD0MCUD1MCUD2MCUD3MCUD4MCUD5MCUD6MCUD7

MCUCSMCUWR

MCUCMDMCURDY

VssVssVssVssVssVssVssVss

PVssPVssPVssPVssPVssPVssPVssPVssPVssPVssPVssPVssPVssPVssPVssPVssPVssPVssPVssPVssPVssPVssPVssPVssPVss

DPAVssDPDVss

MPDVssMPAVss

ADDVssADAVssADGVss

AVS33BAVS33GAVS33R

VDD1VDD2VDD3VDD4VDD5VDD6VDD7VDD8

PVddPVddPVddPVddPVddPVddPVddPVddPVddPVddPVddPVddPVddPVddPVddPVddPVddPVddPVddPVddPVddPVddPVddPVdd

DPAVddDPDVdd

MPDVddMPAVdd

ADDVddADAVddADGVdd

AVD33BAVD33GAVD33R

MA0MA1MA2MA3MA4MA5MA6MA7MA8MA9MA10MA11MA12MA13

MCLKFB

MCLK

MD0MD1MD2MD3MD4MD5MD6MD7MD8MD9

MD10MD11MD12MD13MD14MD15

mRASnmCASnmWEn CLK

CKE

CS

RASCASWE

UDQMLDQM

A10A9A8A7A6A5A4A3A2A1

VSS

VSS

VSSQ

VSSQ

VSSQ

VSSQ

A11 DQ15

DQ0DQ1DQ2DQ3DQ4DQ5DQ6DQ7DQ8DQ9

DQ10DQ11DQ12DQ13DQ14

NC

VDD

VDD

VDD

QVD

DQ

VDD

QVD

DQ

A0

VDD

VSS

NC/RFU

BA0BA1

VB0VB1VB2VB3VB4VB5VB6VB7

VG0VG1VG2VG3VG4VG5VG6VG7

VR0VR1VR2VR3VR4VR5VR6VR7

SVHSSVVSSVCLKPVCLKCREFPVVSPVHS




DGHSDGVSDGCLK




DCLKDVSDHSDEN

DEN GDEN BDEN R

ADRADGADB

VREFINVREFOUT

RSETCOMP

MVECGMS

TESTCLK

P3P3V

P2P5V

VCCP2P5V

P3P3V

P3P3V

P3P3V

P2P5V

P3P3V

P2P5V

P3P3V

P3P3V

P3P3V

P2P5V

V33 D


20L0BI

W ednesday, September 17, 2003

4M*1 6 SDRAM

I2C : 0X64OPTI ON

[P. 2]

[P. 2]

[P. 2][P. 2][P. 2][P. 2][P. 2]

[P. 2][P. 2]

[P. 1]

[P. 1]

[P. 1][P. 1][P. 1][P. 1]

[P. 1]

[P. 1][P. 1]

[P. 1]

Chan ge color space fromRGB8 88 to YUV 444

[P. 1]

16V12

1

23

16V

12

1234

8765

1234

8765

1234

8765

4850515253

4344

4547

40

41

56

55

168169170172173174176177

178179181182183184185186

190191192188

1234

8765

194977

112134187219251

102439465765748596

105115126137147171189193202212222228233240246253

196198

5961

148164167

152155158

53493123140175205235

1429425464698090101109120131143165180200208216224230237243249256

197199

5860

149163166

151154157

16V

12

1234

8765

1234

8765

16V

12

213210207204203206209211214217215220221218

223

229

255252248245242239236232231234238241244247250254

225226227

1234

8765

3837

19

181716

3915

22343332313029262524

54415246126

35 53

2457810111342444547485051

36

1279 34349

23

1428

40

2021

1234

8765

1234

8765

12346789

1516171820212223

3031323335363738

11121325262728

7071727375767879

8182838486878889

91929495979899

100

666768

110111113114116117118119

121122124125127128129130

132133135136138139141142

102103104145106107108

156153150

161162159160

201146144

1234

8765

1234

8765

16V

12

TP 51

C 1070.1U K

C 1020.1U K

C 1010.1U K

R4 9681F

C6 20.1U K

C6 6

18 P J

C8 90.1U K

R4 7 0

R4 2 0TP 52

C5 70.1U K

C6 4 1 0U

U7

LM317 M

R4 3 270

C8 40.1U K

R3 5 47R3 7 10K

C 1080.1U K

C6 9

22U

TP 53

C 1130.1U K

R3 2 10K

R2 7 1K

RN 10

47

C9 80.1U K

R3 8 47

C7 60.1U K

C7 80.1U K

C8 50.1U K

RN 7

OPEN

RN 1447

U5D

PW1230

C9 00.1U K

C9 40.1U K

R5 0681F

RN 1347

C9 90.1U K

R4 4 0

L5

42 OHM

C8 00.1U K

U5 B

PW1230

L9

42 OHM

C7 710U

RN 11

47

C6 3 0 .01U K

C103

0.01U K

C5 80.1U K

C7 1

0.01U K

C 1090.1U K

R2 9 0

C9 10.1U K

R4 0 0

RN 5

OPEN

L6

42 OHM

C7 90.1U K

C7 50.1U K

Y2 10M HZ

C6 710U

C 1050.1U K

U5C

PW1230

C5 90.1U K

C9 50.1U K

RN 9

OPEN

R3 4 10K

C 1000.1U K

L7

42 OHM

C8 10.1U K

C 1100.1U K

R4 80

C7 4

0.01U K

C6 00.1U K

TP 48

U6

HY 57 V641620HGT -6

R2 6 0

C 1060.1U K

C9 20.1U K

C8 60.1U K

R3 9 0

C7 0

0.1U K

C8 20.1U K

C9 60.1U K

1547

C 1040.1U K

L8

42 OHM

C 1110.1U K

C6 5

18 P J

RN 8

33

R3 0 10K

TP 49

R3 6 10K

U5 A

PW1230

RN 1247

R2 8 0

R3 1 47

R4 6 0

C8 7

0.01U K

R4 1 0

RN 6

OPEN

C7 247U

C6 10.1U K

C9 70.1U K

C8 80.1U K

TP 50

R4 5 2M

C5 5 0 .01U K

C8 30.1U K

C6 80.1U K

C5 60.1U K

C9 30.1U K

R3 3 47

C7 30.1U K

C 1120.1U K




1 2

3 4

5 6

C

.

G1

.

Y

S1

CVBS

CVB S_IN

TV

SCL _TVSDA _TV

LI1

RI1

AV_SEL

VIDEO_I NCVBS_V D

S_ C

INPUT_D ET

S_Y

RI2

LI2

SC ART _LOUT

SCART_R OU T

VIDEO_ OU T

CVBS_SEL

SCART _CVBSVIDEO_I N

T UNER_ DE T

SC L

SDA

T UNER_ACK

SC ART _LOUT

SCART_R OU T

13.2 2032.092

2N39042N3906

++

+

+

+

+

+

TP 58

R9 7 1K

TP 62

Q11

BSN20

C120 10 U

R5 9

22K

R5 7 1K

R311 0

R9 2 68

R10

83.

3K

R318 1K

R332NC_R0603

TP 63

R5 2100

R5 5 1K

C201

NC_C0603

R5 368K

R9 4

68K

Q232N3906

TP 65

R7 268K

R9 0100

TP 109

R10

73.

3K

R7 7 0

D2

TZMC5V1

TP 66

J6

2210018561

C202

NC_C0603

R31768K

R254470

R8 868K

TP 110

Q222N3904

R8 9 100

R333NC_R0603

C124 10 U

TP 59 R323100

TP 68

R253560

Q12

BSN20

C 1140.1U K

D3

TZ MC 5V1

L111000 OHM

C203

NC_C0603

C 1300.1U K

R9 1 100

TP 69

R7 1

75

Q32N3904

C11510 U

R31668K

R7 668K

TP 55

TP 61

D1

TZMC5V1

TP 41

C190 10 U

Q10

BSN20

D4

TZ MC 5V1

Q92N3904

L101000 OHM

R109 470

R2511K

R9 5 0

C204

NC_C0603

R8 2

75

C133 10 U

R7 3 NC_R0603TP 64

R7 4100

C 1160.1U K

DN3BAV99

C 1890.1U K

R110 470

L421000 OHM

TP 56

C117 10 U

R345 22

DN1BAV99

C128

10 U

U2 A

74HC 4053

DN2BAV99

L13 1000 OHM

R5 168K

J8

2060201207

U2C

74HC 4053

Q62N3904

TP 54

L121000 OHM

J7

2210289001

Q13

BSN20

R344 100

TP 57

Q3052N3904

R5 4 0

R6 0

75

C 1220.1U K

R5 8

22K

R5 6 1K

R8 0 1K

C129

0.1U K

+5VS

VCC +9V

VCC

VCC

+5VS

+5VS

VCC

VCC

+9V

+9V

V33 D

+9V


20L0BI


6

21

3

5

4

Bott om View

21

3

AV_SEL

HIGHLOW

OUTPUT

TVCVBS

[P. 1]

[P. 1] [P. 4]

[P. 1]

[P .2 ]

G3

Bott om View

G21 3

2 4

[P. 2]

[P. 2]

G1

1

214

13

Top View (ST)

LOWHIGH

CVBS_SEL

SCART_CVBS

OutputCVBS_VD

[P. 6]

[P. 1]

[P. 1]

[P .1 ]

[P .1 ]

[P. 5]

[P. 5]

[P. 5]

[P. 5]

[P. 1]

[P. 1]

3

1

2

16V

1 2

3 4

5 6

16V

3

1

2

16V

16V12

3

1

2

16V

16V

3

16V

14

1116

876

12

13

13579

1113

2468101214

4

916

876

5

3

4

2

G1

1

3

S1

3

1

2




+

CL K_OU T

DA TA _OUT

SC AR T_ RE D

SCART _BLU ESCART _BLUE_ IN

SC ART_GREEN_I N

SCAR T_ RED_IN

SCART_GR EEN

LI4

RI4

SCART _CVBS

SC ART _AR_I N

SCART_AL_I NSCART _BLUE_ IN

SC ART_GREEN_I N

SCART_ RED_IN

SCART_CVBS_ IN

SCART_CVBS_ IN

SC ART _AR_I N

SCART_AL_I N

SCART_S WI TC H

SCART _BLN K

SCART_R OU T

SC ART _LOUT

VIDEO_ OU T

SC ART_ MO DE 1

SC ART_ MO DE 2SCART_S WI TC H

TV_DET

1.4 0V

0V ~4.85V

3.4 9V

R120 1K

R132

75

TP 74

C 2060.1U K

TP 82

Q152N3904

TP 76

R11368K

R116 0

R21810K

R224

10KR2164.3K

R326 0

TP 77

R12122K

Q142N3904

R11768K

R2193.9K

L181000 OHM

R138

75

D1 2 T ZM C 5V1

C 2070.1U K

R125

75

TP 79

L171000 OHM

R222

NC_R0603

D8TZ

MC5

V1

L15

1000 OHM

DN6BAV99

TP 81

R12222K

R327 0

D1 6

TZ MC 5V1

R223

NC_R0603

L161000 OHM

TP 73

Q162N3904 DN 11

BAV99

L43

1000 OHM

D6TZ

MC5

V1

D1 1 T ZM C 5V1

R221 100KD

14

TZM

C5V1

L14 1000 OHM

TP 83

DN 10BAV99

D1 312.4~14. 1V

R127 0

TP 70

R328 0

DN9BAV99

C143 10 U

U1 5

LMV3 24M

R220 100K

D1 0 T ZM C 5V1

D7TZ

MC5

V1

TP 72

R114100

J9

2210285001

C 1400.1U K

R21710K

DN8

BAV99

TP 75

R115

75

D9 TZ MC 5V1

D5

TZM

C5V1

R324 0

R118 1K

C1421000 P J

TP 78

R21510K

R119 1K

R126

75

C 2050.1U K

TP 80

C141

1000 P J

R325 0

R225

10K

TP 71

R2456.8K

+5VS

+5VS

+5VS

VCC+5VS

+5VS

+5VS

+5VS


20L0BI


8.6-12V

0-3.5V

Mode 1

16:9Manua l

11 1

00

High Active

3.5-8.6V0

Mode 2Auto

[P. 4]

[P. 4]

[P. 5]

[P. 5]

[P. 5]

[P. 5]

[P. 5]

[P. 5]

[P .5 ]

[P. 5]

[P. 5]

[P. 4]

[P. 5]

[P. 5]

[P. 5]

[P .2 ]

[P .2 ]

[P .2 ]

[P .2 ]

[P. 1]

[P. 1]

[P. 5]

[P. 2]

[P. 5]

[P. 6]

[P. 6]

[P. 1]

1

3

21

3

2

16V

114

32

56

109

1213

1

7

8

14

1

3

5

7

9

11

13

15

17

19

21

2

4

6

8

10

12

14

16

18

20

13

2

GN

DV+

IN1+IN1-

IN2+IN2-

IN3+IN3-

IN4+IN4-

OUT1

OUT2

OUT3

OUT4




+

++

+

+

+

LA NG 3LA NG 2

LA NG 1

LC B

LIST

RG B_GAIN

TT_ RSTn

TT_ BTT _GTT_R

TT_FSB

BLUE

GRE EN

RED

IN FO

FS B

FS BBLUEGRE ENRED

EE _SDAEE _SCL

I2C_ EN

LAN G1LAN G2LAN G3SCL

SDA

TE XT _R

TT_BLNK

TEX T_ GTEX T_ B

CVBS_INPUT

SVVS

SVHS

SCLSDA

LAN G1LAN G2LAN G3

SC ART_ MO DE 1SC ART_ MO DE 2

T UNER_ DE T

SCART _F B_EN

Ver P114V004

Ver P114V004

Ve r P115

Ve r P115

C171

0.1U K

R148 47

R14668

C 1510.1U K

R1724.7K

L21

BEAD

R177 0

R161

3.3K

R157

3.3K

C168

0.1U K

R18410K

U1 4

SDA555x FL

R183 0

U1 1

PCA9554P W

L19

BEAD

R14468

R243 0

C 16247U

C172 0.1U K

R236

NC_

R06

03

Q192N3906

TP 84

C 15310U

C170

0.1U K

R169681F

U1 2

LM317M

R162

3.3K

Q202N3906

R151 10

R237 NC_R0603

R244 0

R174 NC_R0603

R14568

C 1750.1U K

C 1650.1U K

C 1520.1U K R160

NC_

R06

03

C161

0.1U K

C 1670.1U K

R238 NC_R0603

R239 0

R19

0N

C_R

0603

R19

10

R252

0

C 1730.1U K

R159

NC_

R06

03

R152 10

R176 NC_R0603

Q182N3904

C169

0.1U K

R179 0

R170681F

U9

LD1117-3. 3

R240 0

R19

30

R18

90

C 17833 P J

R241 NC_R0603

Y3

6MHZ

C 15047U

R178 NC_R0603

R149330

Q212N3906

C 1640.1U K

R180 0

R185 0

C 16610U

R242 NC_R0603

R143220

C 17733 P J

R150 10

R158

NC_

R06

03

R181

NC_R0603

R1714.7K

C 1740.1U K

R19

2N

C_R

0603

R175 0

C 16310U

R182 0

U1 3

AT 24C02

C17610 U

R186 0

+3.3VDA C

+3.3V

+3.3VDA C

+3.3VDA C+3.3VDA C

+2.5VDA C +2.5VDA C

+2.5V

+2.5V

+3.3VDA C

VCC

+3.3VDA C

+2.5VDA C

+3.3VDA C +3.3V

+3.3V

+2.5VVCC


20L0BI


I2C : 0X60

[P. 4]

[P. 1][P. 1]

[P. 2]

[P. 2]

[P. 1][P. 1]

[P .6 ][P .6 ][P .6 ]

[P .5 ][P .5 ]

[P. 6][P. 6][P. 6]

[P. 2]

[P. 2][P. 2][P. 2]

I2C : 0X48

PI N4 4PI N3 0PI N1 1

[P .4 ]

123456789

1011121314151617181920212223242526 27

28293031323334353637383940414243444546474849505152

3

13

14

21

15

16

8

6

12

1011

5

9

4

7

16V

16V

1

23

1

23

16V

12

16V

16V

1234 5

678

16V

P0.0P0.1P0.2P0.3P0.4P0.5P0.6P0.7VDD 2.5VSSVDD 3.3CVBSVDDA 2.5VSSAP2.0P2.1P2.2P2.3HS/SSCVSP3.0P3.1P3.2P3.3P3.4P3.5 P3.6

P3.7VSS

VDD 3.3P4.2P4.3

RST-XTAL2XTAL1VSSA

VDDA 2.5RGB

BLANK/CORVDD 2.5

VSSVDD 3.3

P1.0P1.1P1.2P1.3P1.4P1.5P1.6P1.7

A2

INT

SCL

A1A0

SDA

VDD

GND

P02

P07

P05P06

P01

P04

P00

P03

GN

D

VOUTVIN

GN

D

VOUTVIN

NCNCNCGND SDA

SCLWP

VCC





Mai

n Bo

ard

LCD

Pane

lCo

ntro

lBo

ard

PFC/

DC+D

C/Au

dio

Boar

d

Tune

r Mod

ule

Vide

o Bo

ard

12 p

in

12 p

in

40 p

in**

40 p

in**

50 p

in*

50 p

in*

20 p

in

20 p

in

Inve

rter

Pow

erCo

nnec

tor

8 pin

8 pin

2 pin 2 pin

Tune

r

14 p

in

14 p

in

60 p

in g

olde

n fin

ger

60 p

in

D-Su

b

S-Vi

deo

ADAD

9883

Scal

ler

PW11

3

Flas

hAT

49BV

8192

AAu

dio

Proc

esso

rTD

A744

0D

Vide

oDe

code

rVP

C323

0D

De-In

terla

ceCh

ipse

tPW

1230

Telte

xtSD

A555

XFL

Keyp

ad/IR

Inte

rface

DDC

Aud

io In

put

Com

posi

teVi

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15”, 20"

PW113 Image ProcessorInternal Block Diagram

GPIO PWM IRDecoder

2-WireSerial

WtchdogTimers

InterruptController

16-BitMicroprocessor

Microprocessor BUS

Processor ROMRAM Interface

ProcessorMemoryInterface

SyncDecoder

And TimerDecoder

YPbPr

R G Bto

YUV

VYUV(7:0)

GRGB

GVSGHS

GCLK

VVSVHS

VCLK

(23:0)

DRGB(23:0)

DRGB(23:0)

DVS,DHSDEN,DCLK

R G Bto Graphic

or VideoPort Pixel

Processing

On-ScreenDisplay

ColorSpace

Expander

DisplayTiming

Generator

PLLand

Oscillator

Power OnReset

ColorLooKupTables

OSDandScalerGain

ColorMatrix

MemoryBuffer

Auto ImageOptimisation

UART

PortC(7:0)

PortB(7:0)

PortA(7:0)

A(19:1)

D(15:0)

CS(1:0) NMI RxDTxDJTAG Debugger

GREF GFBK Reset

Reset

X1 X0

UCLKMCLK DCLK

Display UnitMemory Unit

Deinterlacer

Input Unit

Motion

DownScaler

UpScaler

Detection

Detection(3:2&2:2)

&Noise

Reduction

Proramming Unit

UnitVideo

VideoEnhancement

VideoPrevious

PremaryPicture

(l/P)

PremaryVideo Port

ITU-R BT 601

SecondaryVideo Port

ITU-R BT 6656

DigitalGraphic Port

24-Bit

Two-WireInterface

Film-Mode

I-Channel

I-Channel

P-Channel

P-Channel

R G B

Y U V

CSC

DACsColorLut

BlueScreen

VSync/HSync

PW1230Interna Block Diagram

Display

DigitalOutput

Timing

Timing

Timing

DigitalOutput

AnalogOutput

Data

INTEGRATED CIRCUITS BLOCK DIAGRAM



INTEGRATED CIRCUITS BLOCK DIAGRAM

Reference Information Desassembly. Service FCB KDB Inverter DC/DC Audio Earphone Main Video- Mode - - -- Board Board

15LCDM03B 3 6to7 10to15 “ 16to18 23to24 19to20 25 26 27to41 42to5820LCDM03B 3 6to7 10to15 “ 16to18 23to24 21to22 25 26 27to41 42to5820LCDB03B 3 8to9 10to15 “ 16to18 - 21to22 25 26 27to41 42to58

INFORMATION - INFORMATIONS - INFORMATIONENINFORMAZIONE - INFORMACIONES

Chassis group table 1 - The electronic chassis configuration (modules) and schematic diagram page numbers.2 - The chassis configuration.

Le tableau ci-dessous regroupe :1 - L’environnement électronique de chaque chassis (modules) et le numéro de page où il est décrit.2 - La désignation des chassis

Die nachstehendeTabelle umfaßt:1 - Die elektronischen Baugruppen (Module) der Chassis varianten und die Seiten auf der sie beschrieben werden2 - Die Chassisbezeichnung

La tabella qui di seguito contiene:1 - l’ambiente elettronico di ogni telaio (moduli) e il numero di pagina nella quale è descritto.2 - La descrizione dei telai

El cuadro siguiente agrupa:1 - El entorno electrónico de cada chasis (módulos) y el número de página donde está descrito.2 - La designación de los chasis

EN

FR

DE

IT

ES

Chassis LCD03B

SDA55XX

WDTADC

BUSPeripheral

CLOCK & Sync

System

Interface

Memory

PROGRAM ROM

RAM / ROM Interface

Display Logic

Display

REGs

DAC's

FIFO

CLUT

DISPLAY GENERATOR

ADC ADC

XRAM

SRAM

Slicer

BUSArbiter

Acquisition

Acquisition Interface

Analog / MUX

RAM Extension

Memory

Counter 0

CORE

InterruptContoller

Counter 1

Extension / Unit

STACK128x8 128K x8

16K x8bit

16K x8bit

ROM

Caracter

256x8

InterfacePWM

UART

SFRs

Capture Control

Port Logic

R G B

H

V

BLANK / COR

P { 0

to 0

4}

A { 1

6 to

A20

}

A { 0

to 1

5 }

D { 0

to 7

}AL

EPS

ENRD W

R

AD9883ARAI

54

37

70...77

2...9

12...19

48

43

30 67

66

64

65

58

29

38

33

56

55

57

N ROUTA

G AIN G OUTA

B AIN B OUTA

MIDSCV

HSYNC

CO AST

CLAMP

FILT

DTACK

HSOUT

VSOUT

SOGOUT

REFBYPASSSCL

SD A

A 0AD9883A

CLAMP8

CLAMP8

CLAMP8

SYNCPROCESSINGAND CLOCK

GENERATION

SERIAL REGISTERAND

POWER MANAGEMENT

REF

A/D

A/D

A/D

MixerCI72

71

18

19...23

27,28

13,14

57

54

62 63

56

31...3437...40

41...4447...5073

74

75

70

79

1..3

4..6

N

VIN1

VIN2

VIN3

VIN4

VOUT

AdaptiveComb

ColorDecoder

OutputFormatter

Matrix

Filter

2D Scaler

PanoramaMode

PIP

ITU-R 656ITU-R 601

MemoryControl

Sync

AGC

ContrastSaturationBrightness

Brightness

Tint

NTSCPAL

NTSCPAL

SECAM

+ Clock

Generation

CrCbOUT

Y OUT

YCOE

FIFOCNTL

H Sync

V Sync

AVO

I2C Bus20.25 MHz

RGB/

FB

Y

Cb

Cr

Y

Cb

Cr

Y/G

U/B

Y

Cb

Cr

LL Clock

SaturationTint

AnalogFront-end

ContrastPeacking

ClockGen.

I2C Bus

V/R

FB FB

YCrCb

RGB/YCrCb

2 x ADC

ComponentAnalog

Front-End

4 x ADC

ProcessingVPC3230

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. T

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Thomson multimediaSales France46, quai Alphonse Le Gallo92648 Boulogne cedexTel. : 01 41 86 60 00Minitel : 3616 ou 3623 TCEDSInternet : http://www.thomson.fr

Thomson multimediaSales UK Limited30 Tower ViewKings Hill, West MallingKent ME19 4NQ (England)Tel. : 44 (0) 173 252 0920

Thomson multimediaSales Italy S.p.A.Via Leonardo da Vinci,4320090 Trezzano sul naviglio (Milano)Tel. : (02) 48 414 111

Thomson multimediaScandinavia ABFlorettgatan 29 CS-25467 Helsingborg (Sweden)Tel. : 042 25 75 00

Thomson multimediaSwitzerlandSeewenweg 5CH-4153 ReinachTel. : (61) 716 96 60

ThomsonConsumer Electronics Polandul.Gen.L. Okulickiego 7/905-500 Piaseczno (Varsovie)Tel. : (22) 757 10 80

Thomson multimediaHungary KFTLajos u. 78. II.em.H-1036 BudapestTel. : 00 36 14 5334/80

Thomson multimediaCzech s.r.o.ul. Dopravaku - dum Genius 1Dolni ChabryCZ - 18400 Prague 8Tel. : (2) 688 67 70

Thomson multimediaSales Germany GmbH & Co oHG Karl-Wiechert-Allee 7430625 Hannover

Thomson multimediaSales SpainAvenida Isla Graciosa, 1Edificio ÁncoraParque Empresarial La Marina28700 San Sebastián de los Reyes (Madrid)Tel. : (91) 384 14 19

Thomson multimediaSales PortugalAvenida da Boavista, 35214106 PortoTel. : (2) 26 18 76 41

This technical documentation is for use by maintenance technicians onlyDocumentation technique exclusivement destinée aux professionnels de la maintenanceDiese Angaben und Hinweise sind ausschließlich für den Service des Fachhändlers bestimmtDocumentazione tecnica destinata esclusivamente ai tecnici dell'assistenzaDocumentación técnica destinada exclusivamente a los profesionales de mantenimiento

SERVICE MANUALDOCUMENTATION TECHNIQUETECHNISCHE DOKUMENTATIONDOCUMENTAZIONE TECNICADOCUMENTACION TECNICA

No copying, translation, modification on other use authorized. All rights reserved worldwide. • Tous droits de reproduction, de traduction, d'adaptation et d'exécution réservés pour tous les pays. • Sämtliche Urheberrechte an diesen Texten und Zeichnungen stehen uns zu. Nachdrucke,Vervielfältigungen - auch auszugsweise - nur mit unserer vorherigen Zustimmung zulässig. Alle Rechte vorbehalten. • I diritti di riproduzione, di traduzione, e esecuzione sono riservati per tutti i paesi. • Derechos de reproduccion, de traduccion, de adaptacion y de ejecucion reservados para todos los paises.

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.

Code : 357 388 00 - 1203 / 6M - ITC222 - Print.

ITC222

TV

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