30lcdb03b ch.03b (sm)

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

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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

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REMOTE CONTROL - TELECOMMANDE - FERNBEDIENUNGTELECOMANDO - MANDO A DISTANCIA

Naviagation up Naviagation down

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- 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

LCD03BFirst issue 04 / 04

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


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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.

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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.

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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.

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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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DE

ES

IT


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

(30”)

Connector Board

TunerModule

Main Board

LCD Panel

PFC/DC+DC Board

30 pin

30 pin 5 pin

16 pin

16 pin

Inverter

AC Inlet

10 pin

14pin

80 pin golden finger

80 pinJ8

J13DVI -I YPb Pr

S-

AFEAD9883DVI Receiver

HDCPSil169

ScallerPW166B

LVDSTHC63LVDM83A

FlashAT49BV8192A

AudioProcessor

MSP3412GVideo

Video

DecoderVPC3230D

Video Mux.CXA7002R

ChipsetPW1230

TeltextSDA555XFL

Fan Control

Keypad/IR InterfaceAnalog Mux.

BA7657FDDCUART

PhoneJackA udio Input

Y Cb CrComponent L/R /

Audio inputCompositeL/R Audio

Input

30LCDB03B Board Diagram

IRBoardKeypad Board

12 pin

12 pin

10pin

10pin

5 pin

5 pin

DVIAudio

Tuner

14

pin

Scart

Scart 1 Scart 2

20Pin

12 pin

10 pin

12 pin

Audio Board

4pin

5 pin

6 pin6 pin

3 pin

Fan

3 pin

De- Interface

Board

Video

J5


CVBS_IN

COMP_CRPR_JUMPUP

COMP_YCYP_JUMP UP

COMP_CBPB_JUMPUP

VCC

VCC

VCC

VCC

VCC

VCC

+5VS

S_Y

S_C

AUD_CVBS_L

AUD_CVBS_R

INPUT_DET

COMP_YCYP

COMP_CBPB

COMP_CRPR

AUD_COMP_L

AUD_COMP_R

CVBS_A V

AUDIO_L_LINE

AUDIO_R_LI NE

SCART1_SWITCH

SCART2_SWITCH

SCART 1_MODE1

SCART 1_MODE2

SCART 2_MODE1

SCART 2_MODE2

6

21

3

5

4

Bottom View

Bottom View

G2 3

4

1

2

G1

G3

AUDIO MONITOR OUTPUT

[P 3]

[P 3]

[P 3]

[P 3]

[P 3]

[P 3]

[P 3]

[P 4]

[P 7]

[P 7]

8.6-12V

0 00-3.5V

Mode1

0

1

13.5-8.6V

1

Mode2

HIGH ACTIVE

3.49V 1.40V

0V~4.85V

0V~ 4.85V

scart 4:3

scart 16:9

Prev. status

(open)

(open)

(open)

S-VIDEO IS INDEPENDENT

L8

1000 OHM

J4

1 2

3 4

5 6

D6

TZMC5V1

R87 0

R2256.8K

J2

C4

.2

G1G1

.1

Y3

S1S1

L3

1000 OHM

J5

1 2

3 4

R2223.9K

R17

1K ZD3TZMC5V1

R5

75

L4 220 OHM

DN6

BAV99

1

3

2

D8

TZMC5V1

R88 0

TP9

J1

1 2

3 4

5 6

DN3

BAV991

32

L37

1000 OHM

L5 220 OHM

D5

TZMC5V1

TP10

R2266.8K

DN5

BAV99

1

3

2

DN1

BAV991

3

2

TP6

R2234.3K

L2

1000 OHM

L7

1000 OHM

TP3

TP122DN4

BAV99

1

3

2

C1

1000P J

R322K

D7TZMC5V1

TP5

J11123456

G1G2

R10310K

L6

1000 OHM

ZD4TZMC5V1

TP125

R7

75

R422K

R10100K

C2

1000P J

R15710K

TP1

TP123

R620

TP2

TP8

L11000 OHM

ZD2TZMC5V1

R1622K

R11100K

R13

75

D1

TZMC5V1

TP124

R63 0

TP7

R1822K

DN2

BAV99

1

3

2

TP4

U1 5

LMV324M

GND

11V+

4

IN1+3IN1-2

IN2+5IN2-6

IN3+10IN3-9

IN4+12IN4-13

OUT11

OUT27

OUT38

OUT414

R64 0

D2

TZMC5V1

J3

3

54

67

2

1

R15

1K

R100 10K

R12

75

R8 0

ZD1TZMC5V1

R2 1K

R2 24 10K

DN7BAV99

1

3

2

D4

TZMC5V1D3

TZMC 5V1

R1 1K

R840

TP11

R14

75

R9 0

R6

75

CODE: 99.M2675.001

27/30L03BConnector board

Connector board

VIDEO SIGNAL PROCESSING - TRAITEMENT VIDEO - VIDEO SIGNALVERARBEITUNG - ELABORAZIONE VIDEO - TRATAMIENTO VIDEO

( CONNECTOR BOARD 1/7-27”,30”)


CLK_OUT

DATA_OUT

SCL_TV

SDA_TV

TUNER_DET

TUNER_ACK

SCART1_RED

SCART1_BLUESCART1_BLUE_IN

SCART1_GREEN_IN

SCART1_RED_IN

SCART1_GREEN

AUD_SCART1_L

AUD_SCART1_R

SCART1_CVBS

SCART1_AR_IN

SCART1_AL_INSCART1_BLUE_IN

SCART 1_GREEN_IN

SCART1_RED_IN

SCART1_CVBS_IN

SCART1_CVBS_IN

SCART1_AR_IN

SCART1_AL_INSCART1_SWITCH

SCART1_BLN K

SCART 1_ROUT

SCART 1_LOUT

SCART1_VIDEO_OUT

SCL_5V

SDA_5V

AUD_TV_LAUD_TV_R

CVBS_TV

SCART1_VIDEO_OUT

SCART1_R OUT

SCART1_LOUT

+

C17

10U

R2768K

L9 1000 OHM

R230 100

R33 1K

TP22

DN10

BAV99

TP25

TP23

C1222P K

R54

68

Q12N3904

R49470

R3968K

R40 470

R3522K

R4875

DN11BAV99

DN8BAV99

R56

75

+ C1610U

R4 5

0

C6

1000P J

D14

TZM

C5V1

R32 0

+ C710U

R50 100

R43 470

L15

1000 OHM

TP27

C80.1U K

R30 0

D9

TZM

C5V1

R2347R24

100K TP13TP14

R51 100

TP16

R29 1K

R36 0

L10

1000 OHM

L12

42 OHM

D17 TZMC5V1

Q22N3904

R28 0

+

C1510U

TP15

C5

1000P J

R3422K

R3775TP24 D

18TZ

MC5

V1

R41560

R20 0

TP12

L13

1000 OHM

D1312.4_ TO_ 14.1V

C910U

DN12BAV99

R4722

TP21

R42

100

R1968K

TP28

REVERSE

J6

TP33

+ C1010U

TP20

DN9BAV99

R21 0

TP18

TP32

TP29

J7

TP120

R22100+

C410U

D16 TZMC5V1

D12 TZMC5V1D11 TZMC5V1

D15

TZM

C5V1

R551K

R46

1K

TP26

TP34

R53 0

TP30

R31 1K

R52 0

C1322P K

TP121

C30.1U K

D10

TZM

C5V1

L11

1000 OHM

L141000 OHM

R229 100

R38

75

Q42N3906

R2675

R25100K

TP19

TP31

C1122P K

Q32N3904

C1422P K

R44

68K

R146100

TP17

VCC

VCC

VCC

VCCVCC

VCC

+9V

VCC

+9V

+9V

( SCART1)

1

214

13

Top View (ST )

( open) ( open) ( open) ( open)

( open)

( open)

16V

16V

16V

16V

16V

1

3

5

7

9

11

13

15

17

19

21

2

4

6

8

10

12

14

16

18

20

16V

13579

1113

2468101214

16V

Connector board

Connector board

27/30L03B

[ P2]

[ P2]

[ P2]

[ P2]

[ P2]

[ P2]

[ P2]

[ P2]

[ P1]

[ P3]

[P2]

[ P2]

[ P2]

[ P3][ P3]

[ P2]

[ P2]

[ P2]

[ P3]

[ P2]

[ P2]

[ P2]

[ P2]

[ P2]

[ P2]

[ P3]

[ P3]

[ P2] [ P3]

[ P3]

[ P3]

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



VCC

VCC

SCART2_S_CSCART2_S_C_IN

SCART2_S_Y_IN SCART2_S_Y

AUD_SCART2_L

AUD_SCART2_RSCART2_AR_IN

SCART2_AL_IN

SCART BOARD 30"

Sc rew Holes

Optical Points

OPOP7

DN4BAV99

1

3

2

OPOP1

H1

HOLE-V8

1

2

3

4

5

6

7

8

9

OPOP8

L21000 OH M

OPOP2

OPOP3

R1622K

D2 TZMC5V1

R19

75

R18

75

R13 1K

R11 1K

R1722K

H2

HOLE-V8

1

2

3

4

5

6

7

8

9

D5 TZMC5V1

OPOP5

L41000 OH M

OPOP6

D6 TZMC5V1

OPOP4

D1 TZMC5V1

DN2BAV99

1

3

2

SCART BOARD

SCART2_DET

+9VVCC

SCART2_ROUT

SCART2_LOUT

SCART2_S_C

SCART2_S_Y

AUD_SCART2_R

AUD_SCART2_L

SCART2_SWITCH

SCART2_VD_OUT

TP105

TP96

TP94

TP97

TP102

TP98

R270

TP93

TP99

TP103

J2

12

34

56

78

910

1112

1314

1516

1718

1920

TP104

TP100

TP95

TP101

DATA_OUT2

CLK_OUT2

VCC

SCART2_AR_IN

SCART2_AL_IN

SCART2_S_Y_IN

SCART2_S_C_IN

SCART2_SWITCH

SCART2_ROUT

SCART2_VD_OUT

SCART2_LOUT(SCART2)

C41000P J

TP1

TP12

R15 0

R9100K

R6 0

TP9D712.4 to 14.1V

TP13

DN3

BAV99

TP8

REVERSE

J11

3

5

7

9

11

13

15

17

19

21

2

4

6

8

10

12

14

16

18

20

TP2R10100K

C3

1000P J

TP11

L3

1000 OH M

R7 0

D3

TZM

C5V1

2

TP6

TP10

TP5

TP14

D4TZ

MC5

V1D9

TZM

C5V1

R12 0

TP4

D8TZ

MC5

V1

TP3

R14 0

TP7


( CONNECTOR BOARD 3/7-30”)


Y 6Y 5Y 4

Y 0

Y 3

Y 1

DU V0DU V1DU V2DU V3

DU V4DU V5DU V6DU V7

Y 2

DY 0DY 1DY 2DY 3

DY 4DY 5DY 6DY 7

UV

4U

V5

UV

6U

V7

UV

0

UV

3

UV

1U

V2

Y 7

VI NR1

VI NG 1

VI NG 2

VI NR2

VINB 2

VINB 1

S VPENSV HSSVVS

DUV [0..7]

DY [0..7]

SV CL K

VF IE LD

VIDE O_ R ESET

SCART_TEXT_G

SCART_TEXT_B

SCAR T_TEXT_R

SCAR T_ TT_BLN K

OUT _S_C

DECOE

SD ASC L

CV BS_VD

CO MP _YCY P

CO MP _CBP B

CO MP _CRP R

OU T_ S_ Y

SCART 1_BLN K

TT_BLN K

SCART 1_BLU ETE XT _B

SCAR T1_G R EENTE XT _G

S CAR T1_REDTE XT_R

S CAR T_ FB_EN

SCAR T_ TT_BLN K

SCART_TEXT_B

SCART_TEXT_G

SCAR T_TEXT_R

VCC_ A VCC_ A

VC C V CC_ A

VCC_ A

V 33D V 33D

V 33D

V CC_ A

VC C

VC CV33 D

VC C

VC C

+9V CONNECTOR BOARD

PIN59 PIN6 9

PIN

10

PIN

29

PIN

36

PIN

45

VPC3230DI 2C : 0X8E

L

E nable

Disable

H

DECOE Y/C Output

(O PEN)

(O PEN)

(O PEN)

PIN76

[ P3]

[ P5]

[ P5]

[ P5]

[ P1]

[ P1]

[ P1]

[ P3]

[ P3][ P3]

[ P3]

[ P3][ P3][ P3][ P3]

[ P6]

[ P6]

[ P6]

[ P3]

[ P3]

(o pen)

C9 9

0.1U K

C1 02 0.22U K

L23

BEAD

C2 6 0 .1U K

R5 7470

R9 175

R7 9 47

C5 40.1U K

RN 147

1234

8765

R 2170

C9 7

0.1U K

C9 8

0.1U K

R2 03 75

R9 4 0

+ C8 747U16V

12

C8 2 0 .22U K

RN 3 47

1234

8765

C2 8 0 .1U K

R9 0 75TP106

C8 0 0 .22U K

R9 8 75

C2 19330P J

C8 9 0 .22U K

R1 04 100

L21

3.3N H

D2 11N4148

R1 081K

C6 8 0 .68U K

U4LD1117-3.

3

GN

D1

VOUT 2VIN3

R7 6 47

R2 180

R9 5 75

R 216150

C4 3 0 .1U K

C7 60.1U K

R5 8 100

C5 8390P K

R7 8 47

C2 20 330P J

C9 01500 P J

RN 247

1234

8765

R1 67 10K

U1

4

TDA8601T

GN

D9

VP1

FBI115 FBO 13

VO B 11

VO A 12

VO C 10

IOCNR 16

SEL5

FBI214

VIA12

VIA26

VIB13

VIB27

VIC28VIC14

R2 05 75

C8 8100P K

C9 50.1U K

C8 60.22U K

C7 51500 P J

C 100

0.1U K

C4 5 0 .1U K

R9 275

C7 1 0 .68U K

R2 19100

C1 250.1U K

C2 21 330P J

Y1

20.25MHZ

R 145 75

R1 69

10K

C9 10.1U K

+ C 12610U16V

12

R 206 75

C6 9 0 .68U K

C5 71500 P J

+ C9 222U16V

12

L20

3.3N H

R1 5675

+ C9 647U16V

12

C4 7 0 .1U K

L19

3.3N H

Q52N3904

1

32

R9 6 75

R 220100

+

C6 5

10U16V1

2R 207 75

C 101

0.1U K

R 109

10K

C9 3390P K

C81 330P J

C2 23330P J

R 221100

Q62N3904

1

32

Q102N 3904

1

32

C64

0.04

7U

K

C7 722P J

C5 510U Z

C85 330P J

+

C73 10U 16V12

R7 5 47

C79 330P J

C6 0

3.3P C

R1 071K

R9 7 75

R7 7 47

C 224330P J

C83 330P JL22

3.3N H

Q72N3904

1

32

TP107

R 106 100

U3

VPC323 XD

GNDF65

VRT66

I2CSEL67

ISGND68

VSUPF69

VOUT70

CI N71

VIN172

VIN273

VIN374

VIN475

VSUPAI76

GNDAI77

VREF78

FB1IN79

AISGND80

ASG

F64

XTAL

263

XTAL

162

N.C

61

CLK5

60

VSTB

Y59

FPD

AT/V

SYA

58

VS57

MSY

/HS

56

FSY/

HC/

HSY

A55

AVO

54

INTL

C53

VSU

PSY

52

GN

DSY

51

C050

C149

C248

C347

GN

DC

46

VSU

PC45

C444

C543

C642

C741

Y0 40

Y1 39

Y2 38

Y3 37

VSUPY 36

GNDY 35

Y4 34

Y5 33

Y6 32

Y7 31

GNDLLC 30

VSUPLLC 29

LLC1 28

LLC2 27

VSUPPA 26

GNDPA 25

B1/C

B1IN

1

G1/

Y1I

N2

R1/

CR1I

N3

B2/C

B2IN

4

G2/

Y2I

N5

R2/

CR2I

N6

ASG

F7

N.C

/FFR

STW

IN8

VSU

PCAP

9

VSU

PD10

GN

DD

11

GN

DCA

P12

SCL

13

SDA

14

RES

Q15

TEST

16

VGAV

17

YCO

EQ18

FFIE

19

FFW

E20

FFR

STW

21

FFR

E22

FFO

E23

CLK2

024

C2 25330P J

R2 15 0

C6 1

3.3P C

R2 01 75

C7 4 0 .047U K

R9 3 0

C2 5 0 .1U K

C7 0 0 .68U K

C5 60.1U K

C5 91500 P J

R9 90

R8 0 0

C9 4 0 .22U K

R 105 100

R2 02 75

RN 4 47

1234

8765

Q82N3906

32

1

C8 4 0 .22U K




LA NG 1

LC B

LIST

RG B_GAIN

TT_ RSTn

TT_ BTT _GTT_R

TT_FSB

RED

IN FO

FS BBLUE

EE _SDAEE _SCL

I2C_ EN

BLUE

GRE EN

GRE EN

RED

LA NG 3LA NG 2

TE XT _R

TT_BLNK

TEX T_ G

TEX T_ B

SVVS

SVHS

SCLSDA

CVBS_V D

AUDIO_RE SET

+3.3VDA C

+3.3V

+3.3VDA C

+3.3VDA C+3.3VDA C

+2.5VDA C +2.5VDA C

+3.3VDA C

+2.5V

+2.5V

+2.5VDA C +2.5VVCC

+3.3V

+3.3VDA C +3.3VVCC

+9V

PI N1 1 P IN30 PI N4 4

I2C : 0X60

ONNECTOR BOARD

[ P3][ P3]

[ P4]

[ P4]

[ P3]

[ P3]

[ P3]

[ P3]

(Byp ass Group Delay Circuit)

( open)

(ope

n)(o

pen)

(ope

n)

(o pen)(o pen)

(o pen)

R8 6470

C106

0.1U K

R129 0

R11

3N

C_R

0603

R152681F

C 1040.1U K

U5

AT24C02

NC1

NC2

NC3

GND4 SDA 5SCL 6WP 7

VCC 8

C2 3 100P K

R14

90

R151681F

R143 0

R11

60

R132 47

R138

0

R131 0

+ C 11747U M16V

12

U9LM317M

GN

D1

VOUT 2VIN3

R120 0

L24

BEAD

R15

00

R11

40

R147 0

C6 2 180P J

+ C 12110U16V

12

Q132N3906

32

1

R11

20

R12568

+ C11110 U16V

R204 0

C 11033 P J

R124220

R137 0

R200 2.2K

C107

0.1U K

R118 0 R119 0

Q92N3904

1

32

TP 117

R117 NC_R0603

Y2

6MHZ

C 10933 P J

R227 0

R12768

C 1220.1U K

R8 33.3K

R139 0

+ C 11347U16V

TP 118

C 1140.1U K

C108 0.1U K

R228 0R12668

R1104.7K

R8 26.8K

R123 NC_R0603

R1114.7K

R121 NC_R0603

Q142N3906

32

1

TP 119

U6

SDA555xFL

P0.01

P0.12

P0.23

P0.34

P0.45

P0.56

P0.67

P0.78

VDD 2.59

VSS10

VDD 3.311

CVBS12

VDDA 2.513

VSSA14

P2.015

P2.116

P2.217

P2.318

HS/SSC19

VS20

P3.021

P3.122

P3.223

P3.324

P3.425

P3.526 P3.6 27P3.7 28VSS 29VDD 3.3 30P4.2 31P4.3 32RST- 33XTAL2 34XTAL1 35VSSA 36VDDA 2.5 37R 38G 39B 40BLANK/COR 41VDD 2.5 42VSS 43VDD 3.3 44P1.0 45P1.1 46P1.2 47P1.3 48P1.4 49P1.5 50P1.6 51P1.7 52

C 1240.1U K

C 1230.1U K

L25

BEAD

Q122N3906

32

1

R142

NC_

R06

03

Q112N3904

1

32

+

C6 3

22 U25V

1 2

R8 9470

R14010K

C 1150.1U K

TP 108

R122 0

R134330

C105

0.1U K

R133 0

C 1200.1U K

R11

5N

C_R

0603

R141 10

C103

0.1U K

R135 10

C6 782 P J

R128 0

R8 1560

R136 10

+ C 11810U16V

12

+ C 11610U16V

12

C 1190.1U K

U8LD1117-3.3

GN

D1

VOUT 2VIN3

R14

80

R8 5 270




P3P3V

P2P5V

VCCP2P5V

P3P3V

P3P3V

P3P3V

P2P5V

P3P3V

P2P5V

P3P3V

P3P3V

P3P3V

P2P5V

V33 D

P3P3V

4M*1 6 SDRAM

I2C : 0X64

P4

P4

P4

P3P3P3

P3

P3

P3P3

P3

CONNECTOR BOARD

( open)( open)

( open)( open)

[ P3]

[ P3]

[P 3]

[ P3][ P3][ P3][ P3]

[ P4][ P4][ P4][ P4]

( open)

RN8 47

1234

8765

+ C 13710U16V

12

C 2430.1U K

U11C

PW1230

MA0213

MA1210

MA2207

MA3204

MA4203

MA5206

MA6209

MA7211

MA8214

MA9217

MA10215

MA11220

MA12221

MA13218

MCLKFB223

MCLK229

MD0 255

MD1 252

MD2 248

MD3 245

MD4 242

MD5 239

MD6 236

MD7 232

MD8 231

MD9 234

MD10 238

MD11 241

MD12 244

MD13 247

MD14 250

MD15 254

mRASn 225

mCASn 226

mWEn 227

C 2410.1U K

L36 70 OHM

TP 112

C135

18 P J

R214 0

+ C 14247U16V

C 2530.1U K

C 1310.1U K

C 2400.1U K

C 2460.1U K

R164 0

R160 10K

C 2500.1U K

R158 10K

R209 47

RN 16 471234

8765

C 2610.1U K

C 2540.1U K

C 2440.1U K

RN 1247

1234

8765

R171681F

R210 47

R1680

+C228 10 U16V

12

RN9 47

1234

8765

C 2350.1U K

R172681F

R154 0

C227 0.01U K

C 2520.1U K

C 2470.1U K

C140

0.1U K

U11B

PW1230

Vss19

Vss49

Vss77

Vss112

Vss134

Vss187

Vss219

Vss251

PVss10

PVss24

PVss39

PVss46

PVss57

PVss65

PVss74

PVss85

PVss96

PVss105

PVss115

PVss126

PVss137

PVss147

PVss171

PVss189

PVss193

PVss202

PVss212

PVss222

PVss228

PVss233

PVss240

PVss246

PVss253

DPAVss196

DPDVss198

MPDVss59

MPAVss61

ADDVss148

ADAVss164

ADGVss167

AVS33B152

AVS33G155

AVS33R158

VDD1 5

VDD2 34

VDD3 93

VDD4 123

VDD5 140

VDD6 175

VDD7 205

VDD8 235

PVdd 14

PVdd 29

PVdd 42

PVdd 54

PVdd 64

PVdd 69

PVdd 80

PVdd 90

PVdd 101

PVdd 109

PVdd 120

PVdd 131

PVdd 143

PVdd 165

PVdd 180

PVdd 200

PVdd 208

PVdd 216

PVdd 224

PVdd 230

PVdd 237

PVdd 243

PVdd 249

PVdd 256

DPAVdd 197

DPDVdd 199

MPDVdd 58

MPAVdd 60

ADDVdd 149

ADAVdd 163

ADGVdd 166

AVD33B 151

AVD33G 154

AVD33R 157

C 1450.1U K

R161 10K

C 1380.1U K

+ C 14710U16V

C 1630.1U K

C226 0.01U K

C 2370.1U K

TP 114

RN 14 471234

8765

C164

0.01U K

C 2490.1U K

U12LM317M

GN

D1

VOU T2

VIN3

TP 111

TP 116

Y3 10M HZ

C 2550.1U K

C 1460.1U K

R212 270

RN 10 47

1234

8765

C 2420.1U K

R159 10K

R153 1K

+C139

22U16V

L29

42 OHM

C144

0.01U K

C 1320.1U K

R163 0

R213 0

R165 0

C 2360.1U K

R155 0

U10

HY57V641620HGT-6

CLK38

CKE37

CS19

RAS18

CAS17

WE16

UDQM39

LDQM15

A1022

A934

A833

A732

A631

A530

A429

A326

A225

A124

VSS

54VS

S41

VSSQ

52VS

SQ46

VSSQ

12VS

SQ6

A1135 DQ15 53

DQ0 2DQ1 4DQ2 5DQ3 7DQ4 8DQ5 10DQ6 11DQ7 13DQ8 42DQ9 44

DQ10 45DQ11 47DQ12 48DQ13 50DQ14 51

NC 36

VDD

1

VDD

27

VDD

Q9

VDD

Q3

VDD

Q43

VDD

Q49

A023

VDD

14VS

S28

NC/RFU 40

BA020

BA121RN 15 471234

8765

RN 13 47

1234

8765

R166 0

C 1330.1U K

TP 113

L27

42 OHM

C 1270.1U K

L31

42 OHM

C136

18 P J

C 2480.1U K

C 2510.1U K

C 1300.1U K

C141

0.01U KRN6 47

1234

8765

R162 10K

C 2300.1U K

R211 47

RN7 47

1234

8765

L28

42 OHM

C 1290.1U K

C 2590.1U K

C 2340.1U K

C 2320.1U K

C 1280.1U K

R170 2M

C 1520.1U K

C 2560.1U K

C 2390.1U K

C153

0.01U K

RN5

47

1234

8765

C 2580.1U K

C 2450.1U K

C 2600.1U K

L30

42 OHM

C 1430.1U K

C 2310.1U K

C 2290.1U K

C 2570.1U K

RN 1147

1234

8765

U11D

PW1230

TDO48

TCK50

TDI51

TMS52

TRSTN53

I2CA143

I2CA244

SCL45

SDA47

XTALI40

XTALO41

TEST56

RESETn55

MCUA0 168

MCUA1 169

MCUA2 170

MCUA3 172

MCUA4 173

MCUA5 174

MCUA6 176

MCUA7 177

MCUD0 178

MCUD1 179

MCUD2 181

MCUD3 182

MCUD4 183

MCUD5 184

MCUD6 185

MCUD7 186

MCUCS 190

MCUWR 191

MCUCMD 192

MCURDY 188

TP 115

R208 47

C 2380.1U K

U11A

PW1230

VB01

VB12

VB23

VB34

VB46

VB57

VB68

VB79

VG015

VG116

VG217

VG318

VG420

VG521

VG622

VG723

VR030

VR131

VR232

VR333

VR435

VR536

VR637

VR738

SVHS11

SVVS12

SVCLK13

PVCLK25

CREF26

PVVS27

PVHS28

DGB070

DGB171

DGB272

DGB373

DGB475

DGB576

DGB678

DGB779

DGG081

DGG182

DGG283

DGG384

DGG486

DGG587

DGG688

DGG789

DGR091

DGR192

DGR294

DGR395

DGR497

DGR598

DGR699

DGR7100

DGHS66

DGVS67

DGCLK68

DB0 110

DB1 111

DB2 113

DB3 114

DB4 116

DB5 117

DB6 118

DB7 119

DG0 121

DG1 122

DG2 124

DG3 125

DG4 127

DG5 128

DG6 129

DG7 130

DR0 132

DR1 133

DR2 135

DR3 136

DR4 138

DR5 139

DR6 141

DR7 142

DCLK 102

DVS 103

DHS 104

DEN 145

DENG 106

DENB 107

DENR 108

ADR 156

ADG 153

ADB 150

VREFIN 161

VREFOU T 162

RSET 159

COMP 160

MVE 201

CGMS 146

TESTCLK 144

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

RAMD 15RAMD 14RAMD 13RAMD 12RAMD 11RAMD 10RAM D9RAM D8RAM D7RAM D6RAM D5RAM D4RAM D3RAM D2RAM D1RAM D0

DI_RE SET

AV DD2

AV DD1

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

AV D3 3

RAM A2RAM A3

RAM A0RAM A1

RAM A4RAM A5

RAM A7RAM A8

RAM A6

RAM A9

RA MA12

RA MA10RA MA11

RA MA13

YC LKY V SY H SY E N

Y PEN

AV D2 5

AV D3 3

AV D2 5

RC LK

RR ASnRC ASnRW En

VR 7

VR 5VR 6

VR 2VR 3VR 4

VR 0

VG0VG1

VG5VG4VG3VG2

VG7

VR 1

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

VB7VB6VB5VB4VB3VB2VB1VB0

VG6

D Y 0D Y 1D Y 2D Y 3D Y 4D Y 5D Y 6D Y 7DU V0DU V1DU V2DU V3DU V4DU V5DU V6DU V7

VG0VG1VG2VG3VG4VG5VG6VG7VB0VB1

VB3VB2

VB4VB5VB6VB7SV CL K

SV PENSVVSSVHS

VCLKVPENVVSVHS

SCLSDA

SVHSSVVSSVC LKSVC LKSVPE NSVVSSVHS

VCLKVVSVHS

VPEN

DY[0..7 ]

DU V[0..7]

VG[0 ..7]

VR [0..7]

DEC OE

VIDE O_RESET

VB[0 ..7]

VCL KVPENVVSVH S

SVC LKSVPE NSVVSSVHS




SUBW OOF ER_SPAR E

A UD_CO MP _L

A UDI O _L_Li ne

A UD_PC_R

A UDI O_ R_ Line

AUD_ MU X_ R

A UDI O_ R_EAR

AUD_SC ART 2_R

AUDI O _L_ EAR

AU D_SCART 2_L

SCART 2_LO UT

SCL_5V

SC ART 2_R OU T

SDA_5V

A UDI O_RESET

A UDI O _L_O ut

A UD_ MU X_L

AUD_ CO MP _R

AU DIO_ R_ Ou t

A UD_ PC_L

+9V

VC C

VC C

VCC

CONNECTOR BOARD

NOTE:I2C ADDRESS SELECT

Optic al Points

Screw Hol es

[ P3]

[ P3]

[ P3][ P3]

[ P3]

[ P1]

[ P1]

[ P3]

[ P3]

[ P3]

[ P3]

[ P3][ P3]

[ P3][ P3]

[ P3]

[ P3]

[ P3]

[ P3]

OPOP6

C2 03 1U Z

R1 95 220

R 1764.7K

R 190 470

C1 77 3 30N Z

H2

HO LE-V 8

1

2

3

4

5

6

7

8

9

C 17256P J

OPOP16

R 1754.7K

+

C2 05 10U 25V

+

C 208 10U 25V12

H4

HO LE-V 8

1

2

3

4

5

6

7

8

9

C 211

1000

P J

OPOP 7

C1 78 3 30N Z

R 1874.7K

C1 6756 P J

+

C 218 10U 25V1 2

C 190

330

P J

R 181 470

H8HO LE_0

1

R 196 220

TP110

C1 75

100P K

R 186 470

C 204330P J

C1 80 3 30N Z

+ C7 2100 U16V1

2

+

C2 07 10U 25V

C 192

330

P J

L35

80 OH M

+

C2 16 10U 25V12

OPOP10

TP109

R 174 OP EN

H9HO LE_0

1

R1 97 220

C 210

1000

P J

L3342 OH M

+

C 173 10U 25V1 2

R1 93

10K

R 19910K

OPOP 1

C2 01

470P K

H3

HO LE-V 8

1

2

3

4

5

6

7

8

9

R 185 470

C 170

1.5N M

+ C 168100U16V

12

+ C7 8100 U16V1

2

R 183 470

+

C2 17 10U 25V12

C2 12

1000

P J

C 186

470P K

OPOP 14

C 2001.5N M

D2 0

1N4148

12

C1 88 3 30N Z

C1 87 3 30N Z

C 17156P J

Y4

18.432MHZ

C 195 0.1U K

C 209

330

P J

R 184 470

H5

HO LE-V 8

1

2

3

4

5

6

7

8

9

+ C1 83100 U16V

12

+ C1 12100 U16V1

2

OPOP2

C1 85220P Z

H1

HO LE-V 8

1

2

3

4

5

6

7

8

9

R1 77 100

C1 79 3 30N Z

OPOP1 3

R1 78 100

C2 15

330

P J

OPOP12

C 1813 30N Z

C 194

330

P J

C 169

470P K

D1 9

1N4148

R 179 470R 180 470

+ C1 50100 U16V1

2

OPOP 3

R 182 470

C2 14

1000

P J

OPOP 5

C1 82 3 30N Z

OPOP9

C 197 1U Z

OPOP 8

R 189 470

U1 3

MSP3412G

I2C_SDA2

I2S_SL3

I2S_WS4

I2S_DA_OUT5

I2S_DA_IN16

ADR_WS8

ADR_CL9

DVSUP10

DVSS11

I2S_DA_IN212

NC13

NC14

NC15

RESETQ16

DACA_R17

DAC

A_L

18

VREF

219

DAC

M_R

20

DAC

M_L

21

DAC

M_C

22

DAC

M_S

UB

23

DAC

M_S

24

SC2_

OU

T_R

25

SC2_

OU

T_L

26

VREF

127

SC1_

OU

T_R

28

SC1_

OU

T_L

29

CAPL

_A30

AHVS

UP

31

CAPL

_M32

AHVSS33

AGNDC34

SC4_IN_L35

SC4_IN_R36

ASG437

SC3_IN_L38

SC3_IN_R39

ASG240

SC2_IN_L41

SC2_IN_R42

ASG143

SC1_IN_L44

SC1_IN_R45

VREFTOP46

MONO_IN47

AVSS48

I2C_CLK1

ADR_DA7

AVSUP49

ANA1

_IN

+50

ANA_

IN-

51

ANA2

_IN

+52

TEST

EN53

XTAL

_IN

54XT

AL_O

UT

55TP

56AU

D_C

L_O

UT

57N

C58

NC

59D

_CTR

_I/O

_160

D_C

TR_I

/O_0

61AD

R_S

EL62

STAN

DBY

Q63

NC

64

L3242 OH M

C1 76 0.1U K

R 188 470

OPOP1 1

C 1663.3P C

R 194

10K

R 191 470

H6HO LE_0

1

+

C1 98 3.3U 35V

1 2

C1 89

330

P J

C 1653.3P C

R1 98220

R1 92 220

C1 74

100P K

C 193

330

P J

+

C 206 10U 25V12

OPOP4

C 184

1.5N M

+ C 19622U10V

L3442 OH M

R1 73 10

C 199330P J

OPOP1 5

C1 91

330

P J

H7HO LE_0

1

C 213

1000

P J



LCD03BFirs issue 04 / 04

D27D26

27V27V

30" O

nly

27" O

nly

GSCL

GSDA

PC _5V

GSDA

GSCL

PC_5

V

R1

B1

RXTX D

UART_R XUAR T_TX

G1

RED_PR_IN

GREEN_Y P_I N

BLUE_PB _IN

RG B_VSRG B_HS

TX DRX

A UD_PC_ L

AUD_PC _R

+5VS

+5VS

+5VS

+5VS

+5VS

+5VS

Optical Points

Screw Holes

P3P3

P7

P7

AUDIO PC INPUT

MAIN BOARD 27" / 30"

TP 5

C6

47P50 V J

R675

D4

TZMC5V1

12

C14

0.1U K

R1 2 1K

OPOP2

TP 4

TP 137

TP 9

L1 220 OHM

D6

TZMC5V1

D9

1N4148DN6

BAV99

OPOP13

R1 4 47

R775

H7

HO LE-V 8

1

2

3

4

5

6

7

8

9

TP 8

TP 2

H1

HO LE-V 8

1

2

3

4

5

6

7

8

9

R247

D3

TZMC5V1

12

OPOP15H9

HO LE-V 8

1

2

3

4

5

6

7

8

9

L2 220 OHM

D5

TZMC5V1

OPOP3

DN7

BAV99

R1 3 47

OPOP12

R875

C7

1000P J

C1 1 0 .1U K

R1 6

4.7K

D1 0

1N4148

TP 7

OPOP9

H5

HO LE-V 8

1

2

3

4

5

6

7

8

9

H4

HO LE-V 8

1

2

3

4

5

6

7

8

9

OPOP16

DN4

BAV99

OPOP5

DN8BAV99

1

3

2

R910K

R447

DN1

BAV99

1

3

2

TP 136

C8

1000 P J

C90.1U K

OPOP8

OPOP11

R147

H2

HO LE-V 8

1

2

3

4

5

6

7

8

9

H8

HO LE-V 8

1

2

3

4

5

6

7

8

9

DN2

BAV9

9

1

3

2

DN5

BAV99

TP 10

R3 1K

OPOP4

J1

D-Sub15

1728394105

11

12

13

14

15

6

1617

C1 0 0 .1U K

OPOP6

C4

47P50 V J

U2

AT24C02A

A01

A12

A23

GND4

VCC8

WP7

SCL6

SDA5

DN3

BAV99

1

3

2

R5 1K

R1 1 1K

J2

3 3

5 54 4

6 67 7

2 2

1 1

C1 30.1U K OP

OP7

U1

SP232ECN

C1+1V+2C1-3C2+4C2-5V-6T2OUT7R2IN8

R2OUT 9T2IN 10T1IN 11R1OUT 12R1IN 13T1OUT 14GND 15VCC 16

H6

HO LE-V 8

1

2

3

4

5

6

7

8

9

H3

HO LE-V 8

1

2

3

4

5

6

7

8

9

TP 1

D2

TZMC5V11

2C5

47P50 V J

OPOP10

D8

TZMC5V1

TP 3

R1 010K

R1 5

4.7K

OPOP1

D1

TZMC5V1 1

2

C1 2

0.1U K

TP 6

D7

TZMC5V1

OPOP14

MAIN BOARD INTERFACE - INTERFACE MAIN BOARD - SCHALTBILD MAIN BOARD - SCHEMA DELLA MAIN BOARD INTERFAZ MAIN BOARD

( MAIN BOARD 1/11-27”,30”)


+5VS

+5VS

+5V _ED ID

+5 V_ED ID

+5VS

+3 V_DD VI

+3 V_D DVI

+3 V_DD VI

+3 V_DD VI

+3V_ADVI

+3V_PDVI

+3V_ADVI

+3 V_D DVI

+3 V_DD VI

+3 V_DD VI

VCC+3V_ADVI

VC C+3V_PDVI

+3 V_DD VI

+5V _ED ID

V33

(O PEN)

(O PEN)

(O PEN)

(O PEN)(O PEN)

(O PEN)

P2

P2

P2

P2

P3

P3

P3

P3

P3

P3

P3

P7P7

P7

P2

P2

MAIN BOARD

P3

(O PEN) (O PEN) (O PEN) (O PEN)

(O PEN) (O PEN)

(O PEN)

(o pen) (o pen)

(o pen)

(o pen)

(o pen)

(o pen)

DVI AUDIO input

U6

LD 1117-3. 3

GN

D1

VOUT 2VIN3

CN

6 22P8

1

72

63

54

R2 710K

R3 2 0

D1 2BAV99

1

3

2

R4 02K

CN 2

22P

81

72

63

54

TP11

ZD 1TZ MC 5V1

12

C2 50.1U K

R3 80

L32 220 OH M

L442 OH M

C1 722P J

C3 20.1U K

RN 4 47

1234

8765

Q2BS N20

3

1

2

R3 310K

+ C4 047U16V

12

D2 2BAV99

1

3

2

C4 10.1U K

ZD 2TZ MC 5V1

12

R2 0 10K

L33 220 OH M

C1 822P J

R4 12K

D1 5BAV99

1

3

2

TP12

Q4BSN20

3

1

2

L3 30 OH M

+ C2 947U16V

12

CN 3

22P

81

72

63

54

TP17

ZD 3TZ MC 5V1

12

U5

LD 1117-3. 3

GN

D1

VOUT 2VIN3

R1 9 0

D1 1BAV99

1

3

2

C2 70.1U K

TP231

C1 922P J

TP13

RN 5 47

1234

8765

R2 5 0

J3

1 1

2 2

3 3

4 4

5 5

6 6

7 7

8 8

9 9

10 10

11 11

12 12

13 13

14 14

15 15

16 16

17 17

18 18

19 19

20 20

21 21

22 22

23 23

24 24

C3 27C1 25

C5_ 30C5 29

C4 28C2 26

3131

3232

D1 7

1N4148

1 2

R2 8 1.5K

R3 4 10K

TP232

C3 80.1U K

C1 522P J

TP14

R3 6390

C3 30.1U K

U4

AT24C02A

A01

A12

A23

GN D4

VC C8

WP7

SC L6

SD A5

C2 022P J

D1 8

1N4148

1 2

TP18

R4 30

C3 40.1U K

R3 53.3K

ZD 4TZ MC 5V1

12

C3 50.1U K

CN 4

22P

81

72

63

54

C3 10.1U K

TP15

D2 1BAV99

1

3

2

D1 4BAV99

1

3

2

C1 622P J

R4 2 0

D1 3BAV99

1

3

2

C2 80.1U K

R1 7 0

R3 0 1.5K

TP19

RN 6 47

1234

8765

R3 710K

R3 93.3K

TP138

C3 60.1U K

C3 90.1U K

TP16

D1 9BAV99

1

3

2

R1 8 10K

J4

2210 018551

11 2 2

33 4 4

R2 1 0

Q1BS N20

3

1

2

TP20

RN 1 47

1234

8765

D2 0BAV99

1

3

2

C3 00.1U K

C2 4

0.1U K

CN

5 22P8

1

72

63

54

R2 6

1K

D1 6BAV99

1

3

2

TP21

D2 3

1N4148

12

CN 122P

81

72

63

54

Q3BS N20

3

1

2

C23 3300P K

C2 60.1U K

C3 70.1U K

C2 2

0.1U K+ C2 1

22 U16V

12

RN 3 47

1234

8765

R31

1K

TP233

U3

SII169

QE13 25

QE12 24

QE11 23

QE10 22

QE9 21

QE8 20

OGND 19

OVCC 18

QE7 17

QE6 16

QE5 15

QE4 14

QE3 13

QE2 12

QE1 11

QE0 10

PDOZ 9

SCDT 8

STAG_OUT 7

VCC 6

GND 5

PIXS 4

SDA 3

PDZ 2

RESETZ 1

QO

150

QO

049

HSY

NC

48

VSYN

C47

DE

46

OG

ND

45

OD

CK44

OVC

C43

CTL3

42

OCK

_IN

V41

HS_

DJT

R40

GN

D39

VCC

38

QE2

337

QE2

236

QE2

135

QE2

034

QE1

933

QE1

832

QE1

731

QE1

630

OVC

C29

OG

ND

28

QE1

527

QE1

426

QO251

QO352

QO453

QO554

QO655

QO756

OVCC57

OGND58

QO859

QO960

QO1061

QO1162

QO1263

QO1364

QO1465

QO1566

VCC67

GND68

QO1669

QO1770

QO1871

QO1972

QO2073

QO2174

QO2275

OG

ND

76

QO

2377

OVC

C78

AGN

D79

RX2

+80

RX2

-81

AVCC

82

AGN

D83

AVCC

84

RX1

+85

RX1

-86

AGN

D87

AVCC

88

AGN

D89

RX0

+90

RX0

-91

AGN

D92

RXC

+93

RXC

-94

AVCC

95

EXT_

RES

96

PVCC

97

PGN

D98

RES

ERVE

D99

SCL

100

R2 4 0

RN 2 47

1234

8765

R2 9 1.5K

R2 2 33

R2 3 0

L5

42 OH M

HO T_ PLUG

DV I_SD A

DV I_SC L

GGE 7GGE 6GGE 5GGE 4

GR E7GR E6GR E5GR E4GR E3GR E2GR E1GR E0


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

D1 -D0 -D2 +D1 +D0 +

D2 -

ID CK +

IDCK -

GG E[ 0..7]

GB E[ 0..7]

GH SSO G

D2 -

GVS

D0 -ID CK +

D2 +

D0 +

DV I_CK

IDCK -

D1 +D1 -

GP EN

GR E[ 0..7]

DV I_PD ODV I_SC DT

S II169_ RS TZ

DV I_SDA_3V

DV I_SCL_3V

DV I_SCL_3V

DV I_SDA_3V

GF BK

A UD_DV I_L

AU D_ DV I_R


( MAIN BOARD 2/11-27”)


+5VS

+5VS

+5V_EDI D

+5V_EDI D

+5VS

+3V_DDV I

+3V_DDV I

+3V_DDV I

+3V_DDV I

+3V_ADVI

+3V_PDVI

+3V_ADVI

+3V_DDV I

+3V_DDV I

+3V_DDV I

+3V_DDV I

+5V_EDI D

V33

+3V_ADVI

+3V_PDVI

VCC

+9V

+9V

+9V

+9V

+9V

+9V

+5VS

VCPU33

MAIN BOARD

P2

P2

P7P7

DVI AUDIO i nput

LO W

HIGH

AV_SEL

DVI

PC

OUTPUT

[P. 6]

[P. 7]

[P. 7]

[ P.4]

[ P.4]

[ P.4]

[ P.4]

[ P.4]

[ P.2]

[P .4 ]

[ P.4]

[ P.4]

[ P.6]

[ P.2]

[ P.2]

[ P.2]

[ P.2]

[ P.2]

[P .2 ]

[P .2 ]

[P .2 ]

[P .2 ]

[P .1 ]

[P .1 ]

C300.1U K

GN

D1

VOUT 2VIN3

R17027K

CN6OPEN

81

72

63

54

R175 100

R402K

D12BAV99

1

3

2

R18047K

R33NC _R0603

CN2OPEN

81

72

63

54

TP11

L36OPEN

C250.1U K

ZD1TZMC5V1

12

R192NC _R0603

R187

10K

L442 OHM

L32 220 OHM

RN4 47

1234

8765

C17O PEN

R1811K

Q2BSN 20

3

1

2

C410.1U K

+ C4047U16V

12

R18447K

R186

10K

C2320.1U K

D22BAV99

1

3

2

R185 1K

R20 10K

ZD2TZMC5V1

12

L33 220 OHM

R17427K

C18O PEN

D15BAV99

1

3

2

R412K

L3OPEN

Q4BSN 20

3

1

2

TP12

R179 100

+ C2947U16V

12

CN3OPEN

81

72

63

54

+C23110U16V

TP17

ZD3TZMC5V1

12

U5LD1117-3.3

U6LD1117-3.3

GN

D1

VOUT 2VIN3

D11BAV99

1

3

2

R190

10K

C270.1U K

RN5 47

1234

8765

TP13 C19O PEN

TP231

C390.1U K

R38NC _R0603

R25 0

Q172N3904

J3

1 1

2 2

3 3

4 4

5 5

6 6

7 7

8 8

9 9

10 10

11 11

12 12

13 13

14 14

15 15

16 16

17 17

18 18

19 19

20 20

21 21

22 22

23 23

24 24

C3 27C1 25

C5_ 30C5 29

C4 28C2 26

3131

3232

R42NC_R0603

R17827K

Q222N3904

L3542 OHM

14

1116

876

12

13

D17

1N4148

C172

1U K

Q182N3904

R34 10K

R28 1.5K

C380.1U K

TP232

R183 100

C15O PEN

L37OPEN

R36390

TP14

C310.1U K

U4AT24C02A

A0 1

A1 2

A2 3

GND 4

VC C8

WP7

SC L6

SDA5

C20O PEN

C171

1U K

D18

1N4148

R353.3K

TP18

C350.1U K

ZD4TZMC5V1

12

R173 1K

CN4OPEN

81

72

63

54

C340.1U K

C16O PEN

D14BAV99

1

3

2

D21BAV99

1

3

2

TP15

D13BAV99

1

3

2

R18227K

C280.1U K

R30 1.5K

RN6 47

1234

8765

TP19

C173

1U K

Q202N39041

TP138

R393.3K

R3710K

C320.1U K

C360.1U K

Q212N3906

R18 10K

D19BAV99

1

3

2

TP16

J4

2210018551

11 2 2

33 4 4

Q1BSN 20

3

1

2

R21 0

RN1 47

1234

8765

TP20

R17NC_R0603

D20BAV99

1

3

2

R27NC _R0603

R171 100

C24

0.1U K

U37C74HC4053

U37A74HC4053

4916

876

5

3

R1881K

CN5OPEN

81

72

63

54

D16BAV99

1

3

2

R26 1K

C174

1U K

D23

1N4148

TP21

C330.1U K

R17247K

Q3BSN 20

3

1

2

CN1OPEN

81

72

63

54

R43NC_R0603

C23 3300P K

+ C2122U16V

C22

0.1U K

C370.1U K

C260.1U K

R177 1K

RN3 47

1234

8765

TP233

R31 1K

R189

1K

U3

QE13 25QE12 24QE11 23QE10 22

QE9 21QE8 20

OGND 19OVCC 18

QE7 17QE6 16QE5 15QE4 14QE3 13QE2 12QE1 11QE0 10

PDOZ 9SCDT 8

STAG_OUT 7VCC 6GND 5PIXS 4SDA 3PDZ 2

RESETZ 1

QO1

50

QO0

49

HSYN

C48

VSYN

C47

DE

46

OG

ND

45

OD

CK44

OVC

C43

CTL3

42

OCK

_IN

V41

HS_

DJT

R40

GN

D39

VCC

38

QE2

337

QE2

236

QE2

135

QE2

034

QE1

933

QE1

832

QE1

731

QE1

630

OVC

C29

OG

ND

28

QE1

527

QE1

426

QO251QO352QO453QO554QO655QO756OVCC57OGND58QO859QO960QO1061QO1162QO1263QO1364QO1465QO1566VCC67GND68QO1669QO1770QO1871QO1972QO2073QO2174QO2275

OG

ND

76Q

O23

77O

VCC

78AG

ND79

RX2

+80

RX2

-81

AVCC

82AG

ND83

AVCC

84R

X1+

85R

X1-

86AG

ND87

AVCC

88AG

ND89

RX0

+90

RX0

-91

AGND

92R

XC+

93R

XC-

94AV

CC95

EXT_

RES

96PV

CC

97PG

ND98

RESE

RVED

99SC

L10

0

R24 0

R17647K

R19NC_R0603

RN2 47

1234

8765

R191NC _R0603

R32NC_R0603

Q192N3904

R22 33

R29 1.5K

R23 0

L5

42 OHM

SII169

HO T_PLUG

DVI_SDA

DVI_SCL

GGE7GGE6GGE5GGE4

GRE7GRE6GRE5GRE4GRE3GRE2GRE1

GGE3GGE2GGE1GGE0

GRE0

GBE0GBE1GBE2GBE3GBE4GBE5GBE6GBE7

D1-D0-D2+D1+D0+

D2-

IDCK+

IDCK -

GG E[0..7]

GB E[0..7]

GHSS OG

D2-

GVS

D0-IDCK+

D2+

D0+

DVI_C K

IDCK -

D1+D1-

G PEN

GRE[0..7]

DVI_PDODV I_SCDT

SII169_RST Z

DVI_SDA_3V

DVI_SCL_3V

DVI_SCL_3V

DVI_SDA_3V

GFBK

AUD _DVI_L

AUD_DVI_R

AUD_INPUT_L

AUD_IN PUT_R

AUD_DVI_R

AUD _DVI_L

AUD_PC_ L

AUD_PC _R

PC_AUDIO_SE L




PV DD VD 33AV DD

AV DD

AV DD

VD 33

PVDD

VD3 3

VD 33

VD 33

VD 33

+5VS

VCPU 33+5VS

PVD D

VD 33

VD 33

VD 33 PV DD

+5VS

T race and Components Close IC

I2C Addr: 0x98

(o pen)

P1

P1

P7

P7

P7

P7

P7

P7

P7

P7

P7

P7

P7

P7

P7

MAIN BOARD

(O PEN)

(o pen) (o pen)

(o pen) (o pen)

(o pen) (o pen)

(o pen)

(o pen) (o pen)

(o pen)

(o pen) (o pen)

PC_AV SELECTS D-SUB OR SOGIN(YPBPR )TWO_OPTION SELECTS 2 FOR D-SUB PC AND YPBPR

TWO_OPTION SELECTS 1 FOR YPBPR FROM RCA JACK

TWO_OPTION SELECTS 2 FOR PC FROM D-SUB

PC_AV SELECTS D-SUB OR SOGIN(YPBPR )

(o pen)

(o pen)

(o pen)

(o pen)

C2 17 0.01U50 V K

R6 7 221K F

RN9

47

1234

8765+C 226 10 U M 20V

12

+ C7 547U16V

12

U32

BA7657F

RIN_11

HDdetect2

GIN_13

GND4

BIN_15

GNDD6

RIN_27

GNDD8

GIN_29

GNDD10

BIN_211

VIN_112

HIN_124

DIN_223

HD_O22

R_out21

VCC20

G_out19

CON_IN18

CON_O17

CTL16

B_out15

VD_out14

VIN_213

D2 4

1N4148

1 2

L1142 OH M

U12

OE1

A2

GND3

VCC 5

Y 4

U9

AD9883KST-110

GND 1G7 2G6 3G5 4G4 5G3 6G2 7G1 8G0 9GND 10VDD 11B7 12B6 13B5 14B4 15B3 16B2 17B1 18B0 19GND 20GN

D21

VDD

22VD

D23

GN

D24

GN

D25

VD26

VD27

GN

D28

COAS

T29

HSY

NC

30VS

YNC

31G

ND

32FI

LT33

PVD

34PV

D35

GN

D36

MID

SCV

37CL

AMP

38VD

39G

ND

40

GND41

VD42

BAIN43

GND44

VD45

VD46

GND47

GAIN48

SOGIN49

GNDD50

VD51

VD52

GND53

RAIN54

A055

SCL56

SDA57

REF BYPASS58

VD59

GND60

GN

DD

61

VD62

GN

DD

63

VSO

UT

64

SOG

OU

T65

HSO

UT

66

DAT

ACK

67

GN

DD

68

VDD

69

R7

70

R6

71

R5

72

R4

73

R3

74

R2

75

R1

76

R0

77

VDD

78

VDD

79

GN

DD

80C8 3

0.1U K

R6 1

1K

C58 1000 P J50V

U8OE

1

A2

GND3

VCC5

Y4

C7 4

0.1U K

C6 9

0.1U K

C7 8

0.1U K

C6 722POPEN

C6 522P J

C 21022P J

+C 220 10 U M 20V12

+ C7 710U16V

12

C6 4

0.1U K

R6 0 47

+ C8 847 U16V

C2 21 0.01U50 V K

C7 0220P50V J

RN7 471234

8765

R6 5 47

C9 2

0.1U K

R4 63.3K

C6 622P J

R6 3 360

C 21122P J

R5 8 0

R4 9 47

TP234

+C 224 10 U M 20V12

C8 9

0.1U K

+C 218 10 U M 20V12

U15LD1117-3.3

LD1117-3.3

GN

D1

VOUT2

VIN3

C9 1

0.1U K

TP235

CN

1022

P

81

72

63

54

C4 7

0.1U K

C4 2 .039U16 V K

R 165

68K

C8 4

0.1U K

R5 4 0

L30 30 OH M

C7 222P J

CN

922

P

81

72

63

54

U11

GN

DD

8

2R11

VCC

16

CX1 14

RCX1 15

1Q 13

2Q 5

CX2 6

RCX2 7

1R3

1A1

1B2

2A9

2B10

1Q 4

2Q 12

C7 9

0.1U K

CN

1122

P8

1

72

63

54

C6 822POPEN

C2 27 0.01U50 V K

L842 OH M

+C 222 10 U M 20V12

R5 5 0

C 2301U K

C2 290.01U

50 V K

+C 228 10 U M 20V12

C8 7

0.1U K

C8 0

0.1U K

U7OE

1

A2

GND3

VCC5

Y4

RN 12

47

1234

8765

L12 10U K

CN

1222

P

81

72

63

54

C5 3 0 .22U K

C43 3900P50 V K

+ C7 11U50V

12

R5 1 0

TP236

C2 23 0.01U50 V K

C8 1

0.1U K

R5 9 47

J14123456

G1

G2

U14

GN

D1

VOUT 2VIN3

C9 5

0.1U K

R1 35 0

C7 3220P50V J

RN 10

47

1234

8765

L7 30 OH M

C5 6 0 .22U K

L1042 OH M

R4 5 0

R4 747

R 163 0

R 138 0

C2 25 0.01U50 V K

C9 3

0.1U K

C8 2

0.1U K

R6 647K

R5 2 0

C9 6

0.1U K

C6 1 0 .22U K

C2 19 0.01U50 V K

R1 64 470K

CN

822

P

81

72

63

54

R6 2 47K

U1374LVC1G126

74LVC1G12674LV123PW

OE1

A2

GND3

VCC 5

Y 4

C9 0

0.1U K

TP237

R4 4 0

RN 11

47

1234

8765

R6 41K

R1 40 0

L31 B EAD

CN7 22P

81

72

63

54

RN8 47

1234

8765

C8 6

0.1U K

C8 5

0.1U K

D2 5

1N4148

1 2

C9 4

0.1U K

C2 16 470P50 V K

C7 6

0.1U K

R 141 0

74LVC1G126

74LVC1G126

BA IN

RA IN

GV RE F

AD GE 0

AD RE 5

AD GE 3AD GE 2

AD GE 5

AD RE 4

ADBE0ADBE1

ADBE7

AD RE 0

AD RE 2

AD RE 6AD RE 7

SO GI N

GBE4GBE3

GBE0GBE1GBE2

GBE5GBE6GBE7



GR E0GR E1GR E2GR E3GR E4GR E5GR E6GR E7

GV MID

ADSO

G

GA IN

A DHS

AD VS

ADBE2ADBE3ADBE4ADBE5ADBE6

AD GE 4

AD GE 7

AD RE 3

AD GE 1

AD GE 6

AD RE 1

A DCK

MUXCR

MU XY

MUXCB

GR E[0 ..7]

GG E[ 0..7]

GB E[ 0..7]

GCLK

GH SSO G

MV_EN

SCL_C PUSDA_C PU

RG B_ HS

RGB_VS

GCOAST

PC_AV

GFBK

GVS

GAFE OE

GB LKSPL

DV I_CK

CO MP _CRPR

CO MP _YCYP

CO MP _CBP B

RE D_PR_I N

GR EE N _YP_IN

BLUE _PB_IN

TW O_ OPTION

CO MP _YCYP_JUMPDW N

CO MP_CBPB_J UM PD WN

CO MP _CRPR_ JUMPDW N

CO MP _CRPR_ JUMPDWN

CO MP _YCYP_JUMPDWN

CO MP _CBPB_JUM PD WN

MAIN BOARD INTERFACE - INTERFACE MAIN BOARD - SCHALTBILD MAIN BOARD - SCHEMA DELLA MAINBOARD INTERFAZ MAIN BOARD

( MAIN BOARD 4/11-27”,30”)


VCPU33 VCPU33

VCPU33

VCPU33 V3PVCPU25 V25P

V3P

VCPU25

+5VS VCPU33

VCPU25

V33

VCC

VCPU33VCPU33

VCPU33

NO TE : U pon reset, the on-board A/ Dand video decoder will be tri-stated.

P3

P3

P3P3

P2

P3

P3

P3

P3P3

P6

P6

P6P6

P6

P6

P5

P7,P9

P7 ,P9

P1P1

P9

P3P2P1 0P3

P9

P9

P9P9

P9P9

P9

P8P8P8

P8

P8

P8

P8

MAIN BOARD

TP 30

C1080.1U25 V K

U18

V6300L

NC1

VSS2

NC3

VDD 5

RES 4

R8

63.

3K

C1090.1U25 V K

R7

23.

3K

C1200.1U25 V K

C1 0.1U Z

R6 8 NC_R0603

C1270.1U25 V K

R7 6 NC_R0603

C9 918P50 V J

C9 822P50 V J

TP 27

C2 0.1U Z

TP 32

R8 0

0

C1040.1U25 V K

R7 9

NC_

R06

03

TP 34

C1030.1U25 V K

Power and Ground

GN

D1

A12

GN

D2

B11

GN

D3

D4

GN

D4

D7

GN

D5

D10

GN

D6

D14

GN

D7

D17

GN

D8

G4

GN

D9

G17

GN

D10

K4

GN

D11

K17

GN

D12

L4

GN

D13

P17

GN

D14

T19

GN

D15

U4

GN

D16

U7

GN

D17

U9

GN

D18

U11

GN

D19

U12

GN

D20

U14

GN

D21

U17

GN

D22

W4

GN

D23

W6

GN

D24

W1

4

GN

D25

W1

7

VDD

1C7

VDD

2C1

8

VDD

3K3

VDD

4U

20

VDD

5V9

VDD

6V1

2

VDD

7V1

8

VDD

8V3

VDD

9Y6

VDD

10Y1

7

VCC5

C14

VCC1

B12

VCC2

C3

VCC3

C10

VCC4

C11

VCC6

G3

VCC7

G18

VCC8

K18

VCC9

L3

VCC1

0P1

8

VCC1

1V1

1

VCC1

2V1

4

VCC1

3Y1

4

VCC1

4V7

SW1 13

24 5

TP 25

C10018P50 V J

R6 9 0

TP 26

U17AT24C1616K

NC 1

NC 2

NC 3

GND 4SDA5SCL6WP7VCC8

R8

53.

3K

C1190.1U25 V K

C1180.1U25 V K

R8 7 470

R8 81K

C1260.1U25 V K

C1050.1U25 V K

Misc

A0P1

A1P2

A2N3

A3N4

A4R1

A5R2

A6T1

A7T2

A8R3

A9U1

A10U2

A11R4

A12T3

A13V1

A14W1

A15V2

A16T4

A17U3

A18Y1

A19W2

D0F4

D1F3

D2E1

D3F2

D4F1

D5G2

D6G1

D7H1

D8H4

D9H3

D10H2

D11J1

D12J2

D13J4

D14J3

D15K1

RDM3

WRM4

BHENN2

ROMOEM1

ROMWEL2

RAMOEL1

RAMWEK2

CS0M2

CS1N1

EXTINTE2

NMID1

RESETE3

MCKEXTW13

DCKEXTY13

TXDD3

IRRCVR0E4

IRRCVR1D2

PORTA0C2

PORTA1B1

PORTA2B2

PORTA3A1

PORTA4C4

PORTA5D5

PORTA6B3

PORTA7A2

PORTB0A3

PORTB1C5

PORTB2D6

PORTB3B4

PORTB4A4

PORTB5C6

PORTB6B5

PORTB7A5

MODE2B6

CPUTCKA6

CPUTDOW3

MODE0A13

RXDC1

MODE1U5

CPUTMSD13

XTALIP3

XTALOP4

R7 5 4.7K

C1120.1U25 V K

C1020.1U

25 V K

Y1

14.318M HZ

Graphics Port

Graphics Port

U16APW166B-10T

U16D

U16

C

PW166B-10T

PW16

6B-1

0T

U16BPW166B-10T

U16E PW166B-10T

GRE0M20

GRE1N19

GRE2N18

GRE3N17

GRE4N20

GRE5P20

GRE6P19

GRE7R20

GGE0F18

GGE1E19

GGE2E20

GGE3J18

GGE4H20

GGE5J19

GGE6J20

GGE7K19

GBE0D16

GBE1A18

GBE2C17

GBE3B18

GBE4A19

GBE5B19

GBE6A20

GBE7D18

GRO0K20

GRO1L17

GRO2L18

GRO3L19

GRO4L20

GRO5M18

GRO6M17

GRO7M19

GGO0E17

GGO1C19

GGO2B20

GGO3C20

GGO4E18

GGO5F17

GGO6D19

GGO7D20

GBO0B15

GBO1A16

GBO2C15

GBO3D15

GBO4B16

GBO5A17

GBO6C16

GBO7B17

GCLKH19

GPENSOGG20

GVSJ17

GHSG19 GREF H18

GBLKSPL F19

GCOAST F20

GFBK H17

U33

PCA9515DP

NC 1

SCL0 2

SDA0 3

GND 4

VCC8

SCL17

SDA16

EN5

TP 33R

83

3.3K

C1070.1U25 V K

Display Port

DRE0 R19

DRE1 T20

DRE2 R18

DRE3 R17

DRE4 T18

DRE5 U19

DRE6 T17

DRE7 V20

DGE0 U18

DGE1 V19

DGE2 W20

DGE3 W19

DGE4 Y20

DGE5 V17

DGE6 U16

DGE7 W18

DBE0 Y19

DBE1 Y18

DBE2 V16

DBE3 U15

DBE4 Y16

DBE5 V15

DBE6 W16

DBE7 W15

DRO0 Y12

DRO1 W11

DRO2 Y11

DRO3 U10

DRO4 V10

DRO5 W10

DRO6 Y10

DRO7 W9

DGO0 Y9

DGO1 W8

DGO2 V8

DGO3 U8

DGO4 Y8

DGO5 Y7

DGO6 W7

DGO7 Y5

DBO0 V6

DBO1 U6

DBO2 W5

DBO3 Y4

DBO4 V5

DBO5 Y3

DBO6 V4

DBO7 Y2

DCLK W12

DVS V13

DHS U13

DEN Y15DCKEXT Y13

R7

13.

3K

C1280.1U25 V K

C1170.1U25 V K

C1250.1U25 V K

VY0D8

VY1C8

VY2B7

VY3A7

VY4B8

VY5D9

VY6C9

VY7A8

VUV0B9

VUV1A9

VUV2B10

VUV3A10

VUV4D11

VUV5A11

VUV6C12

VUV7B13

VCLKD12

VPENC13

VVSA14

VFIELDA15 VHSB14

TP 31

+ C 116100U16V

R8 2 27

R7 4 10K

C1220.1U25 V K

TP 35

TP 36

C1060.1U25 V K

R7 7 4.7K

U34

PCA9515DP

NC 1

SCL0 2

SDA0 3

GND 4

VCC8

SCL17

SDA16

EN5

L14 42 OH M

C1210.1U25 V K

R7 3 10K

C9 722P50 V J

R8 1

NC_

R06

03

C1230.1U25 V K

R8

43.

3K

TP 24

C1100.1U25 V K

C1012.2U K16V

TP 28

R7 0 470

R7 8 4.7K

TP 29

C1110.1U25 V K

C1240.1U25 V K

GGE4GGE3

GGE1GGE2

GGE6GGE7

GGE5

GGE0

GBE6GBE5

GBE7

GBE4GBE3

GBE1GBE2

GBE0

VG0VG1VG2VG3

VG6

VG4VG5

VG7

VB0

VB2VB1

VB4VB5

VB7

W R n

CS 1nCS 0n

D0D1D2D3D4D5D6

D8D7

D9D1 0D1 1D1 2D1 3D1 4D1 5

RDn

A1A2A3A4A5A6A7A8A9A10A11A12A13A14A15A16A17A18A19

X607

PW M_ BR

TX D

X608

SCL _CPU

TCKTMS

TD O

RDE

RHS

DR0DR1

RVS

DR2DR3

DR5DR6

DR4

DG0DG1

DR7

DG2DG3

DG5DG4

DG7DG6

DB 0

DB 3DB 2DB 1

DB 4DB 5DB 6DB 7

DCL KR DC LK

SCL _CPU

GRE0

GRE6

GRE3

GRE7

GRE1GRE2

GRE5GRE4

SCL _CPU

RX D

SDA_ CP U

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

VB3

VB6

SDA_ CP U

SDA_ CP U

GCOAST

GFBK

GCL K

GVSGHSS OG

GRE[0. .7]

GG E[0..7 ]

GB E[0..7 ]

VCL K

VPEN

VVSVH S

VFI EL DVG[0 ..7]

VB[ 0..7]

CS1 n

A[1 ..19]

D[0..15]

CS0 n

ROM WE n

LCD_BR

RXTX D

PW R_ON

VIDE O_RESET

NM I

IRRCVR_3V

SDA _CPUSCL _CPU

DR[0. .7]

DG [0..7]

DB [0..7]

RV SRHS

RDE

DC LK

RESE T

RESE T

SD A

SC L

SD A_5V

SCL_5V

SCL _CPU

SDA_ CP U

LCD_ON

G PEN

GBLKSPL

LVDS_ EN

ROM OE n

VR [0..7]

I2C_EN ABLE

I2C_EN ABLE

DECOE






VCPU33 V3PVCPU25 V25P

V3P

VCPU25

+5VS VCPU33

VCPU25

V33

VCC

VCPU33VCPU33

VCPU33

NO TE : U pon reset, the on-board A/ Dand video decoder will be tri-stated.

P3

P3

P3P3

P2

P3

P3

P3

P3P3

P6

P6

P6P6

P6

P6

P5

P7,P9

P8P8P8

P8

P8

P8

P8

MAIN BOARD

C1080.1U25 V K

U18

V6300L

NC1

VSS2

NC3

VDD 5

RES 4

R8

63.

3K

C1090.1U25 V K

C1200.1U25 V K

C1 0.1U Z

C1270.1U25 V K

C9 822P50 V J

TP 27

C2 0.1U Z

C1040.1U25 V K

C1030.1U25 V K

Power and Ground

GN

D1

A12

GN

D2

B11

GN

D3

D4

GN

D4

D7

GN

D5

D10

GN

D6

D14

GN

D7

D17

GN

D8

G4

GN

D9

G17

GN

D10

K4

GN

D11

K17

GN

D12

L4

GN

D13

P17

GN

D14

T19

GN

D15

U4

GN

D16

U7

GN

D17

U9

GN

D18

U11

GN

D19

U12

GN

D20

U14

GN

D21

U17

GN

D22

W4

GN

D23

W6

GN

D24

W1

4

GN

D25

W1

7

VDD

1C7

VDD

2C1

8

VDD

3K3

VDD

4U

20

VDD

5V9

VDD

6V1

2

VDD

7V1

8

VDD

8V3

VDD

9Y6

VDD

10Y1

7

VCC5

C14

VCC1

B12

VCC2

C3

VCC3

C10

VCC4

C11

VCC6

G3

VCC7

G18

VCC8

K18

VCC9

L3

VCC1

0P1

8

VCC1

1V1

1

VCC1

2V1

4

VCC1

3Y1

4

VCC1

4V7

SW1 13

24 5

R6 9 0

U17AT24C1616K

NC 1

NC 2

NC 3

GND 4SDA5SCL6WP7VCC8

R8

53.

3K

C1190.1U25 V K

C1180.1U25 V K

R8 7 470

R8 81K

C1260.1U25 V K

C1050.1U25 V K

C1120.1U25 V K

C1020.1U

25 V K

Graphics Port

Graphics Port

U16APW166B-10T

U16

CPW

166B

-10T

U16B

U16D

PW166B-10T

PW166B-10T

U16E PW166B-10T

GRE0M20

GRE1N19

GRE2N18

GRE3N17

GRE4N20

GRE5P20

GRE6P19

GRE7R20

GGE0F18

GGE1E19

GGE2E20

GGE3J18

GGE4H20

GGE5J19

GGE6J20

GGE7K19

GBE0D16

GBE1A18

GBE2C17

GBE3B18

GBE4A19

GBE5B19

GBE6A20

GBE7D18

GRO0K20

GRO1L17

GRO2L18

GRO3L19

GRO4L20

GRO5M18

GRO6M17

GRO7M19

GGO0E17

GGO1C19

GGO2B20

GGO3C20

GGO4E18

GGO5F17

GGO6D19

GGO7D20

GBO0B15

GBO1A16

GBO2C15

GBO3D15

GBO4B16

GBO5A17

GBO6C16

GBO7B17

GCLKH19

GPENSOGG20

GVSJ17

GHSG19 GREF H18

GBLKSPL F19

GCOAST F20

GFBK H17

U33

PCA9515DP

NC 1

SCL0 2

SDA0 3

GND 4

VCC8

SCL17

SDA16

EN5

R8

33.

3K

C1070.1U25 V K

Display Port

DRE0 R19

DRE1 T20

DRE2 R18

DRE3 R17

DRE4 T18

DRE5 U19

DRE6 T17

DRE7 V20

DGE0 U18

DGE1 V19

DGE2 W20

DGE3 W19

DGE4 Y20

DGE5 V17

DGE6 U16

DGE7 W18

DBE0 Y19

DBE1 Y18

DBE2 V16

DBE3 U15

DBE4 Y16

DBE5 V15

DBE6 W16

DBE7 W15

DRO0 Y12

DRO1 W11

DRO2 Y11

DRO3 U10

DRO4 V10

DRO5 W10

DRO6 Y10

DRO7 W9

DGO0 Y9

DGO1 W8

DGO2 V8

DGO3 U8

DGO4 Y8

DGO5 Y7

DGO6 W7

DGO7 Y5

DBO0 V6

DBO1 U6

DBO2 W5

DBO3 Y4

DBO4 V5

DBO5 Y3

DBO6 V4

DBO7 Y2

DCLK W12

DVS V13

DHS U13

DEN Y15DCKEXT Y13

C1280.1U25 V K

C1170.1U25 V K

C1250.1U25 V K

VY0D8

VY1C8

VY2B7

VY3A7

VY4B8

VY5D9

VY6C9

VY7A8

VUV0B9

VUV1A9

VUV2B10

VUV3A10

VUV4D11

VUV5A11

VUV6C12

VUV7B13

VCLKD12

VPENC13

VVSA14

VFIELDA15 VHSB14

+ C 116100U16V

R8 2 27

C1220.1U25 V K

C1060.1U25 V K

U34

PCA9515DP

NC 1

SCL0 2

SDA0 3

GND 4

VCC8

SCL17

SDA16

EN5

L14 42 OH M

C1210.1U25 V K

C9 722P50 V J

C1230.1U25 V K

R8

43.

3K

C1100.1U25 V K

C1110.1U25 V K

C1240.1U25 V K

VCPU33

V33VCPU 33

VCPU 33

P2P1 0P3

[P .6][P .6]

[P .6][P .6]

[P .6]

[P .6]

[P .6]

[P .6]

[P .7]

[P .7]

[P .6]

[P .1][P .1]

TP 30

R 193100

R7

23.3

K

R6 8 NC_R06 03

R7 6 NC_R06 03

C9 918P50V J

TP 32TP 34

TP25

C 10018P50V J

TP 26

R21

23.3

K

Misc

A0 P1

A1 P2

A2 N3

A3 N4

A4 R1

A5 R2

A6 T1

A7 T2

A8 R3

A9 U1

A10 U2

A11 R4

A12 T3

A13 V1

A14 W1

A15 V2

A16 T4

A17 U3

A18 Y1

A19 W2

D0 F4

D1 F3

D2 E1

D3 F2

D4 F1

D5 G2

D6 G1

D7 H1

D8 H4

D9 H3

D10 H2

D11 J1

D12 J2

D13 J4

D14 J3

D15 K1

RD M3

WR M4

BHEN N2

ROMOE M1

ROMWE L2

RAMOE L1

RAMWE K2

CS0 M2

CS1 N1

EXTINT E2

NMI D1

RESETE3

MCKEXTW1 3

DCKEXTY13

TXDD3

IRRCVR0E4

IRRCVR1D2

PORTA0C2

PORTA1B1

PORTA2B2

PORTA3A1

PORTA4C4

PORTA5D5

PORTA6B3

PORTA7A2

PORTB0A3

PORTB1C5

PORTB2D6

PORTB3B4

PORTB4A4

PORTB5C6

PORTB6B5

PORTB7A5

MODE2B6

CPUTCKA6

CPUTDOW3

MODE0A13

RXDC1

MODE1U5

CPUTMSD13

XTALIP3

XTALOP4

R7 5 4.7K

Y1

14 .318M HZ

TP 33

Q232N3 904

R7 9 NC_R0603

TP 31

R8 1 NC_R0603

R7 4 10K

R7 0 470

TP 35

TP 36

R7 7 4.7K

R7 3 10K

R8 0 0

TP 24

C1 012.2U K16V

TP 28

R7

13.3

K

R7 8 4.7K

TP 29

R21

33.3

K

GGE4GGE3

GGE1GGE2

GGE6GGE7

GGE5

GGE0

GBE6GBE5

GBE7

GBE4GBE3

GBE1GBE2

GBE0

VG0VG1VG2VG3

VG6

VG4VG5

VG7

VB0

VB2VB1

VB4VB5

VB7

RDE

RHS

DR0DR1

RVS

DR2DR3

DR5DR6

DR4

DG0DG1

DR7

DG2DG3

DG5DG4

DG7DG6

DB 0

DB 3DB 2DB 1

DB 4DB 5DB 6DB 7

DCL KR DC LK

SCL _CPU

GRE0

GRE6

GRE3

GRE7

GRE1GRE2

GRE5GRE4

SCL _CPU

VB3

VB6

SDA_ CP U

SDA_ CP U

GCOAST

GFBK

GCL K

GVSGHSS OG

GRE[0. .7]

GG E[0..7 ]

GB E[0..7 ]

VCL K

VPEN

VVSVH S

VFI EL DVG[0 ..7]

VB[ 0..7]

DR[0. .7]

DG [0..7]

DB [0..7]

RV SRHS

RDE

DC LK

RESE T

SD A

SC L

SD A_5V

SCL_5V

SCL _CPU

SDA_ CP U

G PEN

GBLKSPL

I2C_EN ABLE

I2C_EN ABLE

WR n

CS 1nCS 0n

D0D1D2D3D4D5D6

D8D7

D9D1 0D1 1D1 2D1 3D1 4D1 5

RD n

A1A2A3A4A5A6A7A8A9A10A11A12A13A14A15A16A17A18A19

X607

PW M_BR

TX D

X608

TCKTMS

TD O

RXD

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

SD A_CP USC L_CPU

CS 1n

A[1..19]

D[0..15]

CS 0n

RO MW En

LCD_BR

RXTX D

PW R_ ON

NMI

IRRCVR_3V

SD A_CP U

RESE T

LCD_ON

RO MO En

VR[0..7 ]

LV DS_E N

SD A2SC L2

SC L_CPU



( MAIN BOARD 7/11-27”,30”)

V3 3

V3 3

V3 3

V3 3

V33

V33

VC C

Fir st Pixel

P7P7P7P7

P7

P7

P9

MAIN BOARD

FOR CMO CONNECTOR

P7

+ C 13522U16V

12

CN

15 22P8

1

72

63

54

TP140R8 9 47

TP44

TP38

C 1330.1U K

C 1380.1U K

CN

13

OPE

N81

72

63

54

TP45

TP37

CN

18

OPE

N

81

72

63

54

TP49

C 1370.1U K

L16

80 OH M

R9 1 47

C 12922P

OP EN

+ C 13622U16V

12

TP39

TP46

R9 310K

TP47

L15

80 OH M

L17

80 OH M

RN 17

471234

8765

RN 18

471234

8765

TP48

TP40

J511

33

55

77

99

1111

1313

1515

1717

1919

2121

2323

2525

2727

2929

2 2

4 4

6 6

8 8

10 10

12 12

14 14

16 16

18 18

20 20

22 22

24 24

26 26

28 28

30 30

G1

G2

RN 15

471234

8765

RN 16

471234

8765

C 1320.1U K

R9 2OP EN

RN 14

471234

8765

TP41

T.L.

U19THC63LVDM83A

VCC1

TXIN52

TXIN63

TXIN74

GND5

TXIN86

TXIN97

TXIN108

VCC9

TXIN1110

TXIN1211

TXIN1312

GND13

TXIN1414

TXIN1515

TXIN1616

VCC17

TXIN1718

TXIN1819

TXIN1920

GND21

TXIN2022

TXIN2123

TXIN2224

TXIN2325

VCC26

TXIN2427

TXIN2528

TXIN456

TXIN355

TXIN254

GND53

TXIN152

TXIN051

TXIN2750

LVDS GND49

TXOUT0-48

TXOUT0+47

TXOUT1-46

TXOUT1+45

LVDS VCC44

LVDS GND43

TXOUT2-42

TXOUT2+41

TXCLK OUT-40

TXCLK OUT+39

TXOUT3-38

TXOUT3+37

LVDS GND36

PLL GND35

PLL VCCC34

PLL GND33

PWR DWM32

TXCLK IN31

TXIN2630

GND29

R9 0 47

C 13022P

OP EN

CN

16

OPE

N

81

72

63

54

C 13122P

OP EN

CN

14

OPE

N

81

72

63

54

TP42

RN 13

471234

8765

CN

17

OPE

N

81

72

63

54

TP43

C 1340.1U K

DRL V1DRL V5

DG LV 1

DG LV 6

DG LV 5DG LV 2

DG LV 4

DG LV 3

D H SD E N

DV SDC LK

DRL V7

DG LV 7

DRL V2DRL V0DRL V6

DRL V4DRL V3

DG LV 0

DRL V2

DG LV 4

DB LV 6

DG LV 5

DV S

DG LV 1

RX IN3-

DG LV 7

DRL V0

DRL V3

DC LK

DRL V5

D E N

RX IN1-

RX IN2-

DB LV 4

DG LV 3

DRL V6

DB LV 0

DRL V7

RX IN 3+

DRL V4

RX CL KIN+

RX IN 2+

D H S

RX IN 0+

RX CL KIN-

RX IN 1+

DRL V1

DB LV 5

DB LV 1

DG LV 2

DB LV 3

DG LV 6

RX IN0-

DB LV 2

DG LV 0

DB LV 7

RX IN3-RX CL KIN+RX CL KIN-RX IN 2+RX IN2-RX IN 1+RX IN1-RX IN 0+RX IN0-

RX IN 3+

DB LV 1

DB LV 4

DB LV 0

DB LV 5DB LV 6DB LV 7

DB LV 2DB LV 3

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

D R 2D R 0D R 6D R 3D R 4D R 1D R 5DG 0

DG 1DG 2DG 3DG 4DG 5DG 6DG 7

DG 0 DG 6D R 7DG 1DG 5DG 2DG 3DG 7DG 4

DB 5

DB 1

DB 3

DB 0

DB 2

DB 4

DB 6DB 7

DR [0..7]

DG [0..7]

RV SRH SRD E

DC LK

LVD S_EN

DB [0..7]



( MAIN BOARD 8/11-27”,30”)

[P.3][P.2][P.3][P.2][P.3][P.7][P.7][P.7]

30" Only

VCPU33VCPU33

VCPU33VCPU33

VCPU33

+5VS

+5VS

+5VS

VCPU33

VCPU33

VCPU33

VCPU33

VC PU33

12

5960

CON

N M

L 60

P D

1.27

ST

AMP/

1045

49

21

2N39042N3906

3

MAIN BOARD

(o pne)

( open)

1 sets YPbPr from D-sub(PC),0 sets YPbPr from RCA jacks(YCbCr)

TP 54TP 55

CN 21

22P

81

72

63

54

R109

10

K

+ C 14410U16V

12

R105

1K

TP 56

R1183.3K R5 0

3.3K

TP 50

R104

10K

C1390.1U K

R101

10K R103 470

TP 57

R9 81K

Q152N3904

R110

10

K

U20AT49BV8192A(T)

VCC 37

VPP 13

GND 46

GND 27

D1 29

D9 30

D2 31

D10 32

D3 33

D11 34

D4 35

D12 36

D5 38

D13 39

D6 40

D14 41

D7 42

D15 43

D8 44

D16 45

A151 A142 A133 A124 A115 A106 A97 A88

A1717

A718 A619 A520 A421 A322 A223 A124 A025

A1648

CE26

OE28

WE11

RP12

WP14

BYTE47

A1816

R5 33.3K

TP 58

TP 51

R126 0

Q162N3904

R111

10

K

Q132N3906

1A1 2

1A2 4

1A3 6

1A4 8

2A1 11

2A2 13

2A3 15

2A4 17

1G 1

2G 19

1Y118

1Y216

1Y314

1Y412

2Y19

2Y27

2Y35

2Y43

VCC

20

GN

D10

R124 0

R119 0

TP 59

R128 0R127 0

R112

10

K

C1430.1U K

R120 0

R122 0

R129 0

TP 52

R9 40

R9 71K

R113

10

K

CN 2022P

81

72

63

54

CLR1 GN

D10

CLK11

VCC

20

Q1 2

Q2 5

Q3 6

Q4 9

Q5 12

Q6 15

Q7 16

Q8 19

D13

D24

D37

D48

D513

D614

D717

D818

L18 42 OHM

R121 0

R108

3.3K

R130

10K

J7123456789

101112131415161718192021222324252627282930 31

3233343536373839404142434445464748495051525354555657585960

R123 0

R9 9

1K

R114

10

K

+ C 14510U16V

R106

10K

R11

63.

3K

CLR1 GN

D10

CLK11

VCC

20

Q1 2

Q2 5

Q3 6

Q4 9

Q5 12

Q6 15

Q7 16

Q8 19

D13

D24

D37

D48

D513

D614

D717

D818

U21

U22

U23 U24

74AHC244

74AHC244

74LVC273 74LVC273

U24

74LVC273

1A1 2

1A2 4

1A3 6

1A4 8

2A1 11

2A2 13

2A3 15

2A4 17

1G 1

2G 19

1Y118

1Y216

1Y314

1Y412

2Y19

2Y27

2Y35

2Y43

VCC

20

GN

D10

C1410.1U K

R125 0

R115

10

K

C 1420.1U K

TP 60

TP 53

R1173.3K

Q142N3906

R1021K

R9 6

10K

R131 10K

R100

10K

R9 5 0

R107

3.3K

C1400.1U K

TP 61 J6

112233445566778899101011111212

CN 19

22P

81

72

63

54

R 126 0

R 124 0

R 127 0R 129 0

R 123 0

256912151619

R 125 0

[P .4][P .4]

[P .4][P .2]

[P .7][P .7][P .3]

A13

A7

A18

A8A10

A12

A5A7

A19

FW Pn

A12

A2

A9

A3

A15

A1

A2

A17

A1

A11

A19

A6

A17

A14

A3

A10

A13

A16

A4

A4A5A6

A8

A15

A18

A9

A16

A11

A14

FC En

D1 3

D2

D5

D1 3

D2

D7

D1 0D9

D3

D3

D1

D1 2

D6

CS 0n

D1 4

D8

D1 1

D8

D1 3D1 2

D7

D5

D6

D1 5

D1 5

D0

D1 4

D1 0

D1 2

D3

D1 5

D9

D9

D0

D1 1

D1 4

D5D4

D6

D8

D4

D1

D1

D1 0

D2

D7

D4

D0

D1 1

D2D1D0

D6

D3D4D5

D7

KPD4KPD5

KPD6

D8D9D1 0D1 1D1 2D1 3D1 4D1 5

KPD3

KPD[0. .6]

KPD1KPD0

KPD4

KPD1

KPD2

KPD3KPD2

KPD5KPD6

KPD0

TW O_OPTION_DET

ROM WE n

ROM OE n

D[0..15]

ROM WE n

ROM OE n

A[1 ..19]

CS0 n

RESE T

LED2_SE L

IRRCVR_3V

NM I

LED1_SE L

INPUT_D ET

CS0 n

RESE T

CS1 n

TV_DETDV I_SCDT

PC_ AV

CS1 n

DVI _PDOMV _E NS II16 9_RST ZGAF EO E

MUTE

LED1_SE LLED2_SE L

AUDIO_RE SET

TW O_OPTION

SCART 1_M ODE2

I2C_EN ABLE

SCART 2_M ODE1SCART 2_M ODE2

SCART 1_M ODE1

SCART _F B_EN

VIDEO_RESETDECO E

PC_AUDI O_SEL

TW O_OPTIONI2C_ ENABLE

LED1_SELLED2_SEL



( MAIN BOARD 9/11-27”,30”)

30" Only

V33

VPU 33

VPU 25

+9V

+12V +5VS VCC

+12V

+12V

+9V

VCC

VCPU33

VCPU25

+5VS

+12V

P7P7

P7

P7

TO KEYPAD BOARD

TO AUDIO BOARD

TO POWER BOARD

MAIN BOARD

TO POWER BOARD

( open)

( open)

( open)

( open)

( open)

( open)

( open)

( open)

( open)

GN

D1

VOUT2

VIN3

C 14722 P J

J8

20D00 45105

12345

G1G2

TP 89

L9 220 OHM

TP 81

L22 220 OHM

R143 0

TP 239

TP 147

TP 87

C161

0.1U K

J1212345678910111213141516

L23 220 OHM

TP 90

TP 116

TP 68

R144 0

R136681F

R137681F

TP 148

TP 240

LM318M

GN

D1

VOUT2

VIN3

TP 93

TP 92

R13210K

L29 220 OHM

TP 119

TP 71

R145 0

TP 82

TP 95

TP 73

TP 79

TP 128

TP 149

TP 121

TP 241

TP 96

TP 126

L34 220 OHM

+ C16210 U16V

12

C164

0.1U K

TP 124

TP 63

TP 130

TP 74

TP 122

Q92N3904

L13

42 OHM

TP 98

TP 84

+ C 15547U16V

12

TP 242

TP 123

J9123456

TP 150

TP 65

TP 86

TP 120

C165

0.1U K

TP 66

TP 144

TP 118

TP 132

R5 6 0

TP 101

TP 67

TP 125

TP 117

L26

42 OHM

C156

0.1U K

TP 109

TP 106

TP 115

TP 64

TP 151

TP 70

TP 108

LD1117-3.3

LD1117-3.3

GN

D1

VOUT2

VIN3

+ C 15947U16V

12

TP 105

TP 114

TP 127

TP 104

TP 145

R5 7 0

TP 238

U25

U27

U28

U29

7809ABD2T

VO3

GN

D2

VI1

TP 103

TP 112

C160

0.1U K

TP 78

TP 102

TP 111

TP 85

C 14622 P J

TP 152

TP 107

TP 80

J13

GF80

13579

111315171921232527293133353739

246810121416182022242628303234363840

41 4243 4445 4647 4849 5051 5253 5455 5657 5859 6061636567697173757779

62646668707274767880

TP 94

TP 100

C151

0.1U K

+ C 16347U16V

12

L19 220 OHM

R142 0

TP 146

TP 83

TP 99

TP 143

J15123456

G1G2

R133

10K

L24

42 OHM

C157

0.1U K

R4 8 47K

TP 77

TP 97

TP 153

TP 110

TP 91

L6

L9

L6 560PJ

560PJ

220 OHM

C1500.33U Z

L21 220 OHM

+ C 14947U16V

12

TP 88

TP 113

+5VS

VCC

+12V

VR 0VR 1VR 2VR 3

VR 4VR 5VR 6VR 7

VG0VG1VG2VG3

VG4VG5VG6VG7

VB0VB1VB2VB3

VB4VB5VB6VB7

COM P_ Y

COMP_C B

CO MP _C R

MUTE

LCD_ONLCD_BR

PW R_ON

AUDIO_L_OUT

AUDIO_R_OUT

AUDIO_R_EAR

AUDIO_L_EAR

VIDE O_RESET

SCL_5VSD A_5V

VVSVH SVCL KVPENVFI EL D

SC LSDA

A UD_PC_ L

AUD_PC _R

VR [0..7]

VG[0 ..7]

INPUT_D ET

AU DIO_R_OUT

A UDIO_L_O UT

VB[ 0..7]

SCART 2_M ODE2SCART 2_M ODE1

COM P_ YC YP

CO MP _CBPB

COMP _CRPR

AUDIO_ R_EAR

AUDIO_RE SET

AUDIO_L_EAR

AUD_DVI_R

AUD _DVI_LSC ART 1_M ODE1

TV_DET

SCART _FB_ EN

SC ART 1_M ODE2

COM P_ YC YP _J UM PU P

COMP _CB PB_JUM PU P

COMP _CRPR_JU MP UP

COM P_ YC YP _J UM PU P

CO MP _CB PB_JUM PU P

CO MP _CRPR_JU MP UP

DEC OE

EARPHONE_MUTE

EARPHONE_MUTE

EAR_MUTE

EAR_MUTE



( MAIN BOARD 10/11-27”)

+5V _FAN

+5V _FAN

+12V_FAN

+5V _FAN

+5V _FAN+12V_FAN

+5V _FAN

+12V_FAN 1

+12V_FAN1 +12V_FAN 2

+12V_FAN 2

VCC +5V _FAN+12V +12V_FAN

MAIN BOARD

(o pen)

( open)

Q102N3906

C4 62200 P J

C5 10.1U K

C4 80.1U M

TP 244

R1532.2K

L28 42 OHM

J16123

TP 142

J11123

Q62SB772S

R150 2.2K

R1664.7K

TP 141

R146 10K

C5 20.1U K

R167 2M

L2542 OHM

R158

2.2K

Q82SB772S

+ C4 42.2U50V

R134 0

R159 2.2K

C4 910 P J

TP 69

R16110K

R168 10M

TP 72

R139 0

R1602.2K

R15410K

C5 010 P J

TP 75

R147 0

R162 4.7K

Q52N3904

R148 0

Q72N3904

TP 76

U35G768B

OUT11

VCC 2

DXP1 3

DXN 4

DXP2 5RESET6

GND 7

GND 8

OUT2 16

VCC 15SMBCLK14

FG2 13

SMBDATA12

ALERT11

FG110

CLK9

R151 4.7K

TP 243

Y2

25 .6KH Z

C4 52200 P J

+ C32.2U50V

U36CD4049UBCM

VDD1

AR2

A3

BR4

B5

CR6

C7

VSS8

NC 16

FR 15

F 14

NC 13

ER 12

E 11

DR 10

D 9

R1492.2K

R1524.7K

L27 42 OHMJ10

123

SC L_5VSD A_5V

FANSPI N1

CLOC K_FA N

FANSPIN 2

CLOCK _FAN

FANSPI N1

FANSPI N2

FA N_ B

FA N_ E

FA N_ E

FA N_ B



( MAIN BOARD 11/11-30”)

+5V_FA N

+5V_FA N

+12V_FA N

+5V_FA N

+5V_FA N+12V_FA N

+5V_FAN

+12V_FAN1 +12V_FAN2

VCC +5V_FAN

+12V +12V_FAN

+12V_FA N

+12V_FAN3

+12V_FAN2+12V_FAN1

MAIN BOARD

OPEN

OPEN

OPEN

Remove Third FanTP142

Q102N3906

TP24 4

D2 8TZMC 5V 1

R1 532.2K

R 202

OPEN

L28 42 OH M

Q62SB772S

R 203OPEN

R 150 2.2K

D2 9TZMC 5V 1

R1 34 NC_R06 03

R1 664.7K

TP14 1

TP 76

Q242N390 4

TP24 7

R1 46 10K

C4 8

0.1U K

R 167 2M

L2542 OH M

J11

123

Q252SB772S

TP24 5

R1 58

2.2K

Q82SB772S

+ C4 42.2U50V

TP24 6

R 200 OPEN

R1 59 2.2K

TP 69

C4 910P J

R1 6110K

R 168 10M

R2 01OPEN

TP72

J17123

R1 602.2K

R1 5410K

C5 20.1U K

C5010P J

R1 47 0

C4 60

R2 04OPEN

TP24 3

R1 62 4.7K

TP75

Q52N390 4

R1 48 0

Q72N3 904

C5 10.1U K

U35

G768B

OUT11

VCC 2

DXP1 3

DXN 4

DXP2 5RESET6

GN D 7

GN D 8

OUT2 16

VCC 15SMBCLK14

FG2 13

SMBDATA12

ALERT11

FG 110

CLK9

R 151 4.7K

Y2

25 .6KH Z

C4 52200P J

+ C 233OP EN50V

+ C32.2U50V

U36

CD4049UBCM

VDD1

AR2

A3

BR4

B5

CR6

C7

VSS8

NC 16

FR 15

F 14

NC 13

ER 12

E 11

DR 10

D 9

R1 39

NC_R0603

R 205OPEN

R 1492.2K

R1 524.7K

J10123

L27 42 OH M

SCL_ 5VSDA_ 5V

FANSPIN1

CLOCK_ FA N

FANSP IN 2

CLOCK_ FA N

FANSP IN 1 FANSP IN2

MCD03BFirst issue 04 / 04

POWER SUPPLY INTERFACE - INTERFACE ALIMENTATION - NETZTEIL - ALIMENTAZIONE - INTERFAZ ALIMENTACIÓNSCHEMATIC DIAGRAM - SCHEMA DE PRINCIPE - SCHALTBILD - SCHEMA - ESQUEMA

PFC Board 27" / 30"

L6561

IC651

AC-

AC+

To DC-DC boardAudio Power boardInverter board

1. Resistor values are in ohm, K = 1,000 ohm, M = 1,1000 000 ohm2. All resistors are 0805, 5% exept where otherwise indicated3. Represents PCB common ground

NOTES:

PFC BOARDEM

I Boa

rd

1. Resistor values are in ohm, K = 1,000 ohm, M = 1,1000 000 ohm2. All resistors are SMD 0603 5% exept where otherwise indicated3. All capacitors are SMD 0603 5% exept where otherwise indicated4. Represents PCB common ground

NOTES:

EMI BOARD

CN6101

PFC

Boar

d

Mainsvoltage50HZ / 60HZ

AC+

AC-

AC+

AC-


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

( INVERTER 27”, 30” )

INVERTER POWER BOARD

U7302PQ1CY10322

on/off gnd1

5 3 4

2V0FB

T6301

U6301

UC3843A

U7301TSM101A

CN701

CN702

1

23

456

78

910

1112

1

23

456

78

910

1. All resistors are 1/8 watt, 5% exept where otherwise indicated2. Represents PCB common ground

NOTES:

INVERTER POWER BOARD

To PFC BoardAudioPower Board

AudioPower Board

V- INVERTER

MCD03BFirst issue 04 / 04

POWER SUPPLY INTERFACE - INTERFACE ALIMENTATION - NETZTEIL - ALIMENTAZIONE - INTERFAZ ALIMENTACIÓNSCHEMATIC DIAGRAM - SCHEMA DE PRINCIPE - SCHALTBILD - SCHEMA - ESQUEMA

AUDIO POWER BOARD

CN704=>J12Main board

CN703=>J2Audio board


NOTES:

AUDIO POWER BOARD

To PFC Board

To Inverter


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

( AUDIO 27”,30” )

AUDIO BOARD


NOTES:

PWM-STAGE 2

PWM-STAGE 1

U1TDA7490L

CN705

J1=>J9 Main board

J2=>CN703 Audiopower board

G-2-5

AUDIO BOARD

30lcdb03b ch.03b (sm)

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