Philips LX9000R -22, LX9000R -25, LX9000R -29 Service Manual

TECHNICAL SPECIFICATION

General:

Mains voltage :230V ±10% for EU versions

:120V ±10% for USA version Mains frequency :50 Hz - 60Hz Power consumption mains :100 W Power consumption standby :≤ 20 W Power consumption low power stand-by :≤ 5 W

TV Tuner

Test equipment:Fluke 54200 TV Signal generator Test streams:PAL BG Philips Standard test pattern

System: PAL B/G, PAL D/K, SECAM L/L’, PAL I

RF - Loop Through:

Frequency range :45 MHz - 860 MHz Gain: (ANT IN - ANT OUT) :-6 dB to 0dB

Radio Interference:

input voltage /3 tone method (+40 dB min) :no limit

Receiver:

PLL tuning with AFC for optimum reception Frequency range :45.25 MHz - 857 MHz Sensitivity at 40 dB S/N :≤ 60dBmV at 75W (video unweighted)

Video Performance:

Channel : 25 / 503,25 MHz, Test pattern : PAL BG PHILIPS standard test pattern RF Level :74 dBV Measured on SCART 1 Frequency response :0 - 4.00 MHz +0-4dB Group delay ( 0.1 MHz - 4.4 MHz ) :0 nsec ± 150nsec

Audio Performance:

Audio Performance Analogue - HiFi:

Frequency response at SCART 1 (L+R) output :100 Hz - 12 kHz / 0± 3dB

S/N according to DIN 45405, 7, 1967 and PHILIPS standard test pattern video signal :FM: ≥ 50dB

AM ≥ 45dB, unweighted

Harmonic distortion (1 kHz, ± 25 kHz deviation) :FM ≤1.5%

AM ≤ 2%

Audio Performance NICAM:

Frequency response at SCART 1 (L+R) output :40 Hz - 15 kHz 0 ± 3dB

S/N according to DIN 45405, 7, 1967 and PHILIPS standard test pattern video signal :≥ 60 dB unweighted Harmonic distortion (1 kHz) :≤ 0.5 %

Tuning

Automatic Search Tuning

scanning time without antenna :typ. 3 min. PAL stop level (vision carrier) :≥ 37dBmV Maximum tuning error of a recalled program :± 62.5 kHz Maximum tuning error during operation :± 100 kHz

Tuning Principle

automatic B,G, I, DK and L/L’detection manual selection in "STORE" mode

Audio Tuner

Frequency range FM :87.5 MHz - 108 MHz

AM :531 kHz – 1602 kHz (EU)

530 kHz – 1700 kHz (USA)

Sensitivity at 26 dB S/N FM :≤ 5µV

AM :≤ 3250µV/m

IF FM :10.7MHz

AM :450kHz

Harmonic distortion FM (RF=1mV, ∆f=75kHz) : ≤ 3% (1% typ.) AM (RF=50mV/m, m=80%) : ≤ 5% (4% typ.)

Analogue Inputs

SCART 1 (Connected to TV)

Pin Signals: 1 Audio R 1.8V RMS 2 Audio R 3 Audio L 1.8V RMS 4 Audio GND 5 Blue/Chroma GND 6 Audio L 7 Blue out/ Chroma in: 0.7Vpp ± 0.1V into 75 Ohm (*) 8 Function switch <2V = TV

>4.5V / <7V = asp. ratio 16:9 DVD

>9.5V / <12V = asp. ratio 4:3 DVD 9 Green GND 10 P50 control 11 Green 0.7Vpp ±0.1V into 75 Ohm (*) 12 Nc 13 Red/Chroma GND 14 fast switch GND 15 Red out/ Chroma out 0.7Vpp ± 0.1V into 75 Ohm (*)

± 3dB 0.3Vpp Chroma (burst)

16 fast switch RGB/ CVBS or Y <0.4V into 75 Ohm = CVBS

>1V / <3V into 75 Ohm = RGB 17 Y/CVBS GND OUT 18 Y/CVBS GND IN 19 CVBS/Y 1Vpp ± 0.1V into 75 Ohm (*) 20 CVBS/Y 21 Shield

SCART 2 (Connected to AUX)

Pin Signals: 1 Audio R 1.8V RMS 2 Audio R 3 Audio L 1.8V RMS 4 Audio GND 5 Blue/Chroma GND 6 Audio L 7 Blue in/ Chroma out ± 3dB 0.3Vpp Chroma (burst) 8 Function switch 9 Green GND 10 P50 control 11 Green 12 Nc 13 Red/Chroma GND 14 fast switch GND 15 Red in/ Chroma in 16 fast switch RGB/ CVBS or Y 17 CVBS GND OUT 18 CVBS GND IN 19 CVBS/Y/RGB sync 1Vpp ± 0.1V into 75 Ohm (*) 20 CVBS/Y 21 Shield

(*) for 100% white

Audio/Video Front Input Connectors

Audio

Input voltage : 2 Vrms Input impedance : >10kW

Video - Cinch

Input voltage : 1 Vpp ± 3dB Input impedance : 75 W

EN 2 1. LX9000R Technical specification

Video - YC (Hosiden)

Input voltage Y :1Vpp ± 3dB Input impedance Y :75 W Input voltage C :burst 300 mVpp ± 3 dB Input impedance C :75 Ohm

Video Performance

All outputs loaded with 75 Ohm SNR measurements over full bandwidth without weighting.

SCART (RGB)

SNR : > -65 dB on all outputs Bandwidth : 4.8 MHz ± 2dB

Audio Performance CD

Cinch Output Rear

Output voltage 2 channel mode :1.8Vrms ± 2dB Channel unbalance (1kHz) :<1dB Crosstalk 1kHz :<-85dB Crosstalk 20Hz-20kHz :<-70dB Frequency response 20Hz- 20kHz :±0.5dB max Signal to noise ratio :>80 dB Dynamic range 1kHz :>75dB Dynamic range 20Hz-20kHz :>70dB Distortion and noise 1kHz :<-70dB Distortion and noise 20Hz-20kHz :<-55dB Intermodulation distortion :<-77dB Mute :>95dB Outband attenuation :>40dB above 30kHz

Scart Audio

Output voltage 2 channel mode :1.4Vrms ± 2dB Channel unbalance (1kHz) :<1dB Crosstalk 1kHz :<-85dB Crosstalk 20Hz-20kHz :<-70dB Frequency response 20Hz- 20kHz :± 0.5dB max Signal to noise ratio :>80 dB Dynamic range 1kHz :>75dB Dynamic range 20Hz-20kHz :>70dB Distortion and noise 1kHz :<-70dB Distortion and noise 20Hz-20kHz :<-55dB Intermodulation distortion :<-70dB Mute (spin-up, pause, access) :>85dB Outband attenuation :>40dB above 25kHz

Digital Output

Coaxial

CDDA/ LPCM (incl MPEG1) :according IEC958 MPEG2, AC3 audio :according IEC1937 DTS :according IEC1937, amendment 1

Digital Video Input (IEEE 1394)

Applicable Standards

Implementation according: IEEE Std 1394-1995 IEC 61883 - Part 1 IEC 61883 - Part 2 SD-DVCR (02-01-1997) Specification of consumer use digital VCR’s using 6.3 mm magnetic tape - dec.1994 Mechanical connection according: Annex A of 61883-1

P50 System Control

Via SCART pin nr 10

Power Amplifier

Power stage protection :temperature and short circuit Output power Stereo mode (1kHz, 10% distortion) :2x 70W rms Surround mode (1kHz, 10% distortion)

Front :2x 80W rms Centre :80W rms Surround :2x 80W rms Sub Woofer :80W rms

Headphone

3.5mm stereo jack, 8 - 600 Ohm

2.8V EMF

Dimensions and Weight

Height of feet :10mm Apparatus tray closed :WxDxH :435 x 405 x 96mm Weight without packaging :appr. 9 kg (main set)

appr. 19.7kg (speaker boxes)

Weight in packaging :appr. 28.7 kg

Laser Output Power & Wavelength

DVD

Output power during reading :0.8mW Output power during writing :20mW Wavelength :660nm

CD

Output power :0.3mW Wavelength :780nm

EN 31.LX9000RTechnical specification

EN 4 1. LX9000R Location of printed boards

POWER SUPPLY BOARD

primary

POWER SUPPLY BOARD

secondary

AUXILIARY BOARD

DIGITAL BOARD

DVIO BOARD

KEY BOARD right

DISPLAY ASSY

A/V FRONT CONNECTORS

KEY BOARD left 2

KEY BOARD left

CONTROL BOARD

ANALOG VIDEO BOARD

(A/V BOARD)

MDM BOARD

AUDIO TUNER

LS SOCKET

BOARD

ASP BOARD

AMPLIFIER BOARD

µP SUB BOARD

(CENTRAL CONTROLLER CECO)

DISPLAY

POS. SWITCH

Location PCBs LX9000R, 100703

LOCATION OF PRINTED BOARDS

figure 1

EN 52.LX9000RSafety Information

All ICs and many other semiconductors are susceptible to electrostatic discharges (ESD). Careless handling during repair can reduce life drastically. When repairing, make sure that you are connected with the same potential as the mass of the set via a wristband with resistance. Keep components and tools at this potential.

f ATTENTION

Tous les IC et beaucoup d´autres semi-conducteurs sont sensibles aux décharges statiques (ESD). Leur longévite pourrait être considérablement écourtée par le fait qu´aucune précaution nést prise à leur manipulation. Lors de réparations, s´assurer de bien être relié au même potentiel que la masse de l´appareil et enfileer le bracelet serti d´une résistance de sécurité. Veiller à ce que les composants ainsi que les outils que l´on utilise soient également à ce potentiel.

d WARNUNG

Alle ICs und viele andere Halbleiter sind empfindlich gegenüber elektrostatischen Entladungen (ESD). Unsorgfältige Behandlung im Reparaturfall kann die Lebensdauer drastisch reduzieren. Sorgen Sie dafür, daß Sie im Reparaturfall über ein Pulsarmband mit Widerstand mit dem Massepotential des Gerätes verbunden sind. Halten Sie Bauteile und Hilfsmittel ebenfalls auf diesem Potential.

ñ WAARSCHUWING

Alle IC´s en vele andere halfgeleiders zijn gevoelig voor electrostatische ontladingen (ESD). Onzorgvuldig behandelen tijdens reparatie kan de levensduur drastisch doen vermindern. Zorg ervoor dat u tijdens reparatie via een polsband met weerstand verbonden bent met hetzelfde potentiaal als de massa van het apparaat. Houd componenten en hulpmiddelen ook op ditzelfde potentiaal.

i AVVERTIMENTO

Tutti IC e parecchi semi-conduttori sono sensibili alle scariche statiche (ESD). La loro longevità potrebbe essere fortemente ridatta in caso di non osservazione della più grande cauzione alla loro manipolazione. Durante le riparationi occorre quindi essere collegato allo stesso potenziale che quello della massa delápparecchio tramite un braccialetto a resistenza. Assicurarsi che i componenti e anche gli utensili con quali si lavora siano anche a questo potenziale.

©

Safety regulations require that the set be restored to its original condition and that parts which are identical with those specified be used. Safety components are marked by the symbol

i

Le norme di sicurezza estigono che l´apparecchio venga rimesso nelle condizioni originali e che siano utilizzati i pezzi di ricambiago identici a quelli specificati. Componenty di sicurezza sono marcati con

ñ

Veiligheidsbepalingen vereisen, dat het apparaat in zijn oorspronkeliijke toestand wordt teruggebracht en dat onderdelen, identiek aan de gespecificeerde, worden toegepast. De Veiligheidsonderdelen zijn aangeduid met het symbool

s Varning !

Osynlig laserstrålning när apparaten är öppnad och spärren är urkopplad. Betrakta ej strålen.

∂ Advarsel !

Usynlig laserstråling ved åbning når sikkerhedsafbrydere er ude af funktion. Undgå udsaettelse for stråling.

ß Varoitus !

Avatussa laitteessa ja suojalukituksen ohitettaessa olet alttiina näkymättömälle laserisäteilylle. Älä katso säteeseen !

f

"Pour votre sécurite, ces documents doivent être utilisés par des spécialistes agréés, seuls habilités à réparer votre appareil en panne".

ESD

SAFETY

d

Bei jeder Reparatur sind die geltenden Sicherheitsvorschriften zu beachten. Der Originalzustand des Gerätes darf nicht verändert werden. Für Reparaturen sind Originalersatzteile zu verwenden. Sicherheitsbauteile sind durch das Symbol markiert.

f

Les normes de sécurité exigent que l`appareil soit remis à l`état d`origine et que soient utilisées les pièces de rechange identiques à celles spécifiées. Les composants de sécurité sont marqués

CLASS 1

LASER PRODUCT

©

DANGER: Invisible laser radiation when open.

©

After servicing and before returning the set to customer perform a leakage current measurement test from all exposed metal parts to earth ground, to assure no shock hazard exists. The leakage current must not exceed 0.5mA.

AVOID DIRECT EXPOSURE TO BEAM.

©

AVAILABLE ESD PROTECTION EQUIPMENT :

anti-static table mat large 1200x650x1.25mm 4822 466 10953

small 600x650x1.25mm 4822 466 10958

anti-static wristband 4822 395 10223 connection box (3 press stud connections, 1MΩ) 4822 320 11307 extendible cable (2m, 2MΩ, to connect wristband to connection box) 4822 320 11305 connecting cable (3m, 2MΩ, to connect table mat to connection box) 4822 320 11306 earth cable (1MΩ, to connect any product to mat or to connection box) 4822 320 11308 KIT ESD3 (combining all 6 prior products - small table mat) 4822 310 10671 wristband tester 4822 344 13999

EN 6 3. LX9000R Brief Operating Instructions

BRIEF OPERATING INSTRUCTIONS

The following excerpt of the Owner´s Manual serves as a very short introduction to the set. The complete Owners Manual can be downloaded in several languages from the Internet site of Philips Customer Care Center: www.p4c.philips.com

Controls and connections

English

1

23456 7

%&^

$

0! @ #

9

8

Controls on the front

1 2 STANDBY·ON

switches the set on or to standby

2 SOURCE

selects a source

3 4 SEARCH

skips to the beginning of the current or previous chapter/title/track of the inserted disc, searches backwards

4 SEARCH ¢

skips to the beginning of the next chapter/title/track of the inserted disc, searches forwards

5 STOP 9

stops playback or recording

6 PLAY/PAUSE 2;

starts/pauses playback

7 display/DVD recorder drawer

8 OPEN/CLOSE /

opens/closes the DVD recorder drawer

9 SURR.

selects the different surround modes

0 INSTANT – RECORD (status light)

indicates if immediate recording is possible

! RECORD

starts recording a TV channel or an external video source selected on the DVD recorder system (the key is illuminated while recording is in progress)

@ VOLUME

adjusts the volume

Connections on the front

# PHONES

3.5 mm headphone socket

$ DV IN / CAM 2

connect to the i.Link output of your Digital Video (DV) or Digital 8 camcorder

% S-VIDEO / CAM 1

connect to the S-video output of your Hi-8 or S-VHS camcorder

^ VIDEO / CAM 1

connect to the video (CVBS) output of your camcorder

& AUDIO LEFT/RIGHT / CAM 1

connect to the audio output of your camcorder

10

EN 73.LX9000RBrief Operating Instructions

Controls and connections

TV ANTENNA

IN

TV OUT

EXT 2

EXT 1

MW FM

AUX I/0

TO TV I/0

L

R

L

R

DIGITAL OUT

DIGITAL IN

OPTICAL IN

LINE IN 1 LINE IN 2 LINE OUT

MAINS ~

RADIO

CENT. 4Ω

SURR LEFT 4Ω

SURR RIGHT 4Ω

SUB LEFT 8Ω

FRONT LEFT 4Ω

FRONT RIGHT 4Ω

SUB RIGHT 8Ω

2 3

4

5 76 8 @ # $9 0 !

1

English

Connections on the rear

1 connect to the supplied speakers

2 RADIO / MW

connect to the MW antenna

3 RADIO / FM

connect to the FM antenna

4 MAINS ~

After all other connections have been made, connect the mains lead to the wall socket.

5 TV ANTENNA / IN

connect to the TV antenna

6 TV ANTENNA / TV OUT

connect to the TV antenna input of your TV

7 EXT 2 / AUX I/O

connect to the SCART socket of an external video appliance

8 EXT 1 / TO TV I/O

connect to the SCART socket of the TV

9 LINE IN 1 L/R

connect to the analogue audio output of an external appliance (e. g. tape deck, CD changer, …)

0 LINE IN 2 L/R

connect to the analogue audio output of an external appliance (e. g. tape deck, CD changer, …)

! LINE OUT L/R

connect to the analogue audio input of an external appliance (e. g. tape deck, …)

@ DIGITAL IN

connect to the digital coaxial output of a digital appliance

# OPTICAL IN

connect to the digital optical output of a digital appliance

$ DIGITAL OUT

connect to the digital coaxial input of a digital appliance

Before starting with the connections, make sure all appliances that you want to connect as well as the DVD recorder system are disconnected from the power sockets.

11

EN 8 3. LX9000R Brief Operating Instructions

TV

CDR/TAPE

CAM 1/2

CD

TUNER

SAT

MENU

REC MODE

DISC DISPLAY

CLEAR RETURNEDIT

PLAY MODE

TREBLE

TIMER

LOUDNESS

VCR/GAME

DVD/MON

BASS

SUBWOOFER

REAR

NIGHT

VOICE

TV VOL

REC/OTR

CHVOL

MUTE

SELECT

SURR.

+

-

AUDIODISC

É

0

OK

H

§

T/C

SURR.

2

;

∞

9

1

3

2

4

6

5

79

8

SYSTEM

2

1

2

3

4

7

8

9

!

%

( )

^

£ ≤

§

•

ª

& * ¡ ™

∞

≥

5

6

$

@

0

#

º

Remote Control

English

Inserting the batteries

1 Open the battery compar tment of the remote control and

insert 2 alkaline batteries, type AA (R06, UM-3).

2 Close the battery compar tment.

Do not use old and new or different types of batteries in combination.

Remove batteries if they are empty or if the remote control will not be used for a long time.

Batteries contain chemical substances, so they should be disposed of properly.

Using the remote control

With this remote control you can control the DVD recorder system as well as other Philips appliances such as a Philips TV,VCR or CD player.

To control a Philips appliance, brieﬂy press the corresponding source key (TV, SAT, CAM 1/2, CD, CDR or VCR) on the remote control. Some of the remote control keys, e. g. 2, 0–9, CH+, CH–, 4, ¢, 9, 2; can be used to control the appliance then.To control the DVD recorder system with these keys, press TUNER or DVD/MON.

To select a source on the DVD recorder system, keep the source key (TV, SAT, CAM 1/2, CD, CDR or VCR) on the remote control pressed for 1 second. To select CAM 2 (or TAPE, GAME), ﬁr st select CAM 1 (or CDR,VCR), then keep the corresponding key pressed for 1 second.

To control the DVD recorder system, please point the remote control at the DVD recorder system and not at the TV.

8

EN 93.LX9000RBrief Operating Instructions

Remote control keys

1 2

switches the DVD recorder system and a Philips appliance on or to standby

2 REC/OTR

starts recording the TV channel or video source selected on the DVD recorder system

3 DVD/MON

selects the disc in the tray or the TV channel selected on the DVD recorder system

TV

selects the TV

TUNER

selects the radio tuner, selects the waveband and switches between FM mono and FM stereo

SAT

selects a connected satellite receiver

CAM 1/2

selects the camcorder inputs on the front

CD

selects a connected CD player

CDR/TAPE

selects a connected CD recorder, tape deck or similar

VCR/GAME

selects a connected VCR or game console

4 0–9 to key in numbers 0–9

5 DISC MENU

enters the disc menu

6 SYSTEM MENU

enters the system menu of the DVD recorder system

7 AUDIO MENU / SELECT

enters the audio menu of the DVD recorder system and selects an option in the system menu

8 OK

conﬁrms menu options

9 Arrow keys 1, 3,2, 4

to move in a menu

0 VOL +, VOL

increases/decreases the volume of the DVD recorder system

! H

mutes the sound of the DVD recorder system

@ CH +, CH

selects a TV channel on the DVD recorder system and selects a preset radio station

–

Remote Control

# 4 /

$ ¢ / TV VOL+

% 2;

^ 9

& REC MODE

* PLAY MODE

( DISPLAY

) T/C / DISC

¡ TIMER

™ EDIT

£ SURR. / RETURN

≤ CLEAR

∞ SUBWOOFER

§ LOUDNESS

≥ REAR

• VOICE / NIGHT

ª TREBLE

º BASS

–

TV VOL

skips to the beginning of the current or previous chapter/title/track of the inserted disc, searches backwards, tunes to a radio station with a lower frequency and decreases the volume of a Philips TV

skips to the beginning of the next chapter/title/track of the inserted disc, searches forwards, tunes to a radio station with a higher frequency and increases the volume of a Philips TV

starts/pauses playback and closes the disc tray

stops playback or recording

selects a recording mode: HQ, SP, SP+, LP, EP or EP+

selects different playback modes like REPEAT or SHUFFLE

selects various display information

switches between title, track and chapter and changes discs on a Philips CD changer

enters the timer recording menu

enters the menu Favorite Scene Selection

selects the different surround modes and returns to the previous menu on a (Super) Video CD

clears an entry (eg. timer preset)

(

in combination with VOL+ or VOL

adjusts the subwoofer volume

switches loudness on and off

(

in combination with VOL+ or VOL

adjusts the volume of the rear speakers

switches Clear Voice or Night mode on or off

(

in combination with VOL+ or VOL

adjusts the treble

(

in combination with VOL+ or VOL

adjusts the bass

−)

English

−)

9

EN 10 3. LX9000R Brief Operating Instructions

7

2

1

3

!

@

!

0

9

8

!

#

4

5

6

English

Quick use guide LX9000R

General information

This Quick use guide gives a rough overview and helps to quickly start with basic steps. Please read the supplied user´s manual for detailed information.

Supplied accessories

1 2 batteries for the remote control, type AA

2 1 remote control

3 1 blank DVD+RW disc

4 1 SCART cable

5 1 cinch audio cable

6 1 TV antenna cable

7 1 FM antenna cable

8 1 MW loop antenna

9 1 AC mains cable

0 7 speaker cables with colour coded ends

! 2 front speakers and 2 rear speakers

@ 2 subwoofers integrated in the speaker stands

# 1 centre speaker

1

EN 113.LX9000RBrief Operating Instructions

Quick use guide LX9000R

CENT. 4Ω

SURR LEFT 4Ω

SURR RIGHT 4Ω

SUB LEFT 8Ω

FRONT LEFT 4Ω

FRONT RIGHT 4Ω

SUB RIGHT 8Ω

front L subwoofer L

rear L rear R

centre

front R

subwoofer R

front R, subwoofer R

front L,

subwoofer L

rear L rear R

centre

or

to place the

rear speakers

on a shelf or

on the ﬂoor

to hang the

rear speakers

on the wall

Assembling the speakers

Subwoofers and front speakers

Positioning the speakers

Rear speakers

Connecting the speakers

Connect the speakers using the supplied speaker cables. Match the colours of the speaker sockets and the speaker cables:

Speaker

+ −

Front Left white black Front Right red black Centre green black Subwoofer Left violet black Subwoofer Right violet black Rear Left blue black Rear Right grey black

2

EN 12 3. LX9000R Brief Operating Instructions

TV ANTENNA

IN

TV OUT

EXT 2

EXT 1

MW FM

AUX I/0

TO TV I/0

L

R

L

R

DIGITAL OUT

DIGITAL IN

OPTICAL IN

LINE IN 1 LINE IN 2 LINE OUT

MAINS~

RADIO

EXT. IN

TO TV

DIGITAL OUT

DIGITAL IN

OPTICAL OUT

TV OUT

ANTENNA

EXT IN

ANTENNA IN

AM ANTENNA

FM ANTENNA

TV ANTENNA

Make sure all other connections have been made before connecting the mains cable to AC MAINS ~ and to the wall socket.

Quick use guide LX9000R

Connections

Scart inputs/outputs of your other appliances can be named:

– TO TV/MONITOR, EURO-AV OUT,… – AUX, EXT, I/0, EURO-AV IN,…

Initial installation

When you connect the DVD recorder system to the mains supply for the ﬁrst time, you need to perform some basic settings. Please observe the TV screen and the display of the DVD recorder system.

1 Switch on your TV.

2 Connect the supplied mains cable to AC MAINS ~ and to

the wall socket. If the DVD recorder system is in demo mode, press 2 to cancel the demo mode.

➜ IS TV ON? is displayed on the DVD recorder system.

3 If necessary set the TV to the correct audio/video channel

for the DVD recorder system. Such channels may be called AUX or AUXILIARY IN, AUDIO/VIDEO or A/V IN, EXT1, EXT2 or EXTERNAL IN, etc. These channels are often near channel 00.

Note: If your TV supports EasyLink, the TV and the DVD recorder system exchange information via the SCART cable. In this case, EasyLink loading data from TV, please wait will appear on the TV. Some of the following settings will be done automatically then.

4 ➜ The menu Menu Language appears on the TV screen.

Press 3 or 4 to select the language in which the display messages should appear on the TV screen.Then press OK.

5 ➜ The menu Audio language appears.

Press 3 or 4 to select the language in which DVDs should preferably be played, if the language is available on the disc. Then press OK.

3

EN 133.LX9000RBrief Operating Instructions

Quick use guide LX9000R

3 m

1.5 m 1.5 m

English

6 ➜ The menu Subtitle Language appears.

Press 3 or 4 to select the language in which subtitles should preferably be displayed, if subtitles in the language are available on the disc.Then press OK.

7 ➜ The menu TV Shape appears.

Press 3 or 4 to select the screen format. This setting will have an effect only with DVDs supporting different screen formats.

➜ 4:3 letterbox: for a wide-screen picture (cinema

format) on a conventional 4:3 TV set with black borders at the top and bottom of the screen.

➜ 4:3 panscan: for a full-height picture with cropped

edges.

➜ 16:9: for a wide-screen TV set.

Then press OK.

8 ➜ The menu Country appears.

Press 3 or 4 to select the countr y where the DVD recorder system is used. If your countr y does not appear, select Other.Then press OK.

9 ➜ If you have connected the antenna - press OK

appears.

If you connected the DVD recorder system to a TV antenna or a cable TV system, press OK. If not, connect the antenna, then press OK.

➜ Searching for TV channels appears.The search

may take several minutes.

10 ➜ Time, Year, Month and Date appear.

If the time and date are set correctly continue with step 13, else press 4 or 3 repeatedly to select either Time, Year,

Month or Date.

11 Press 1 or 2 or 0–9 repeatedly to set the correct value.

12 Repeat steps 10–11 until all settings of the time and date

are correct.

13 Press OK.

➜ CONTINUE WITH SPECIAL AUDIO SETTINGS is

scrolled on the DVD recorder system.

Next, you will be asked – about the distances between the speakers and your

preferred listening position and

– to which socket you connected your TV and other

appliances.

14 If you want to continue with these advanced settings:

Press OK. For details, see “Advanced settings” on page 17 in the user´s manual.

If you do not want to continue, the standard settings below will be used for the speaker distances and the connections:

Press 4 to select NO, then press OK to conﬁrm.

➜ AUTOINSTALL is displayed.The DVD recorder system

searches for available radio stations and stores them in its memory.

➜ After the search INSTALLATION COMPLETE is

scrolled and a radio station is played.The DVD recorder system is ready to play.

Standard settings for the speaker distances and the connected appliances

To change these settings later on, see “When adding appliances or changing the connections of appliances” and “When changing the speaker setup” in the user´s manual.

appliance is connected to TV EXT 1 TO TV I/O satellite receiver EXT 2 AUX I/O VCR (video recorder) EXT 2 AUX I/O game console EXT 2 AUX I/O CD player DIGITAL IN CD recorder LINE IN 1 tape deck LINE IN 2

Note:The satellite receiver, VCR and game console are connected in a “chain”. See illustration on the page to the left.

4

EN 14 3. LX9000R Brief Operating Instructions

Quick use guide LX9000R

Discs for playback and recording

– DVD+R

can be recorded once and played on standard DVD players and DVD recorders, if ﬁnalised.

– DVD+RW

can be recorded, erased and re-recorded many times and played on DVD+RW compatible DVD players and DVD recorders if ﬁnalised.

Discs for playback only

Discs with the following logos can be played:

Playback

1 Press OPEN/CLOSE / on the set to open the drawer and

insert a disc (printed side up) in the tray.

2 Press OPEN/CLOSE / on the set again. If necessary, press

PLAY/PAUSEÉÅ to start playback.

0

To interrupt playback, press PLAY/PAUSEÉÅ.

0

To resume playback, press PLAY/PAUSEÉÅ again.

3 To stop playback press STOP.

Selecting a source

● Turn SOURCE on the DVD recorder system or keep a

source key on the remote control pressed for 1 second to select either:

– the disc in the DVD recorder system

o

– MONITOR: the internal TV tuner of the DVD

l

recorder system (only selectable by pressing DVD/MON on the remote control)

– TV: the TV

e

– CAM1: a camcorder connected to CAM1

m

– CAM2: a camcorder connected to CAM2

n

– SAT: a connected satellite receiver

i

– VCR: a connected VCR (video recorder)

j

– GAME: a connected game console

r

– the radio tuner of the DVD recorder system

f

– TAPE: a connected tape deck or similar audio

k

recording appliance

– CDR: a connected CD recorder

p

– CD: a connected CD player/changer

q

➜ The sound of the source is played on the DVD recorder

system.

Note: If SOURCE NOT AVAILABLE is scrolled please read “When adding appliances or changing the connections of appliances” in the user´s manual.

5

DISMANTLING INSTRUCTIONS

EN 154.LX9000RDismantling Instructions

Dismantling the

Top Cover

picture 1

• Remove 9 screws as shown in picture 1.

• Raise top cover at the rear and pull it backwards.

Manual opening of the tray

In case the loader is defect or cannot be opened electrically, proceed as follows:

a) Display can be moved out electrically

• Press

Open/Close

to move display out first.

• The tray can now be released by means of screwdriver. Through a slot on the bottom side of the front cabinet the locking slider of the tray can be accessed. Move the white pin of the slider to the left side ( see picture 4). The tray will move out a bit and is now released.

• Pull the tray out.

b)Display cannot be moved out electrically

• Remove top cover as shown in picture 1.

• Move the display manually out as shown in picture 5.

• Release tray as described above.

picture 4

1

2

picture 5

cable routing

CABLE ROUTING DETAILS

cable ties

1

2

3

4

cable routing above air guide plate

CABLE ROUTING DETAILS

Details of correct

Wire Routing

picture 2

picture 3

Manual opening of the display

• Remove top cover as shown in picture 1.

• The display can now be moved by means of a screwdriver. Through a slot on the top side of the front cabinet the gear wheel of the moving mechanism can be accessed. Push the gear wheel down in order to dis-engage the motor. Then turn the wheel clockwise → see picture 5. Repeat as long as the display has moved completely out.

EN 16 4. LX9000R Dismantling Instructions

Removal of

Air guide plate

picture 6

• Remove 5 screws as shown in picture 6.

• Remove cables from the guidings

• Raise airguide plate at the rear to release it from the guidings at the front side and pull it up.

support on front side

picture 7

Dismantling the

MDM Board

• Release catches 1 as shown in picture 8.

• Lift MDM Board on the outer side and move it left to release hooks (at the inner side the support frame is 2x hooked onto the ASP Board → picture 9 shows hook on the left side )

• Raise the board up and turn it out to it´s service position → see picture 10

1

2

picture 8

MDM Board

picture 9

MDM Board

ASP Board

picture 10

Mounting the

MDM Board

• To mount the MDM board proceed in reverse order to description above.

• Take care that hooks at the backside (left side) are positioned correctly and move the board to the outside to fix the hooks.

• Press the board on the outer side down until catches 1 engage.

EN 174.LX9000RDismantling Instructions

Dismantling the

ASP Board

• Dismantle MDM Board (as described before) first.

• Release catches 2 as shown in picture 8.

• Lift ASP Board on the outer side and pull it out (at the inner side the board is 2x held by guidings on the thermal partition → pictures 11 and 12 show the guidings on both sides )

• Raise the board up and turn it, together with the MDM Board, up to it´s service position → see picture 10

ASP Board

picture 11

ASP Board

picture 12

sheet of paper

for isolation

MDM Board

ASP Board

picture 13

Mounting the

ASP Board

• To mount the ASP board proceed in reverse order to description above.

• Take care that the board is fed correctly into the guidings at the backside (left side).

• Press the board on the outer side down until catches

2

engage.

Dismantling the

Amplifier Board

• Dismantle MDM Board and ASP Board (as described before) first.

• Remove 2 screws as shown in picture 14.

• If necessary, plug cables to loadspeaker socket off.

• Put Amplifier Board in a desired service position as shown in pictures 15 and 16.

Amplifier Board

picture 14

sheet of paper

for isolation

sheet of paper

for isolation

ASP Board

MDM Board

Amplifier

Board

picture 15

sheet of paper

for isolation

picture 16

EN 18 4. LX9000R Dismantling Instructions

Power Supply secondary

picture 20

picture 21

picture 22

Dismantling the

support frame

of the Power secondary Board

• Dismantle the Power secondary Board as described before.

• Loosen 2 screws from the component side of the board.

• Release 3 catches as shown in picture 21.

• Turn the released part of the support frame away as shown in picture 22. The printed circuit board will now automaticly be released on the rear edges and can be taken off.

Dismantling the

Power secondary Board

• Dismantle MDM- and ASP Board (as described before) first.

• Unplug headphone cable from ASP Board and put it out from the catches on the Power secondary support frame.

• Release all cables on top → see picture 17

• Release cable to Amplifier Board from the catches on the rear side of the support frame.

• Remove contact springs and cable ties as shown in picture 18 and give cables a proper free length for dismantling.

• Remove 3 screws as shown in picture 19

• Raise the board up and put it to a desired service position → see picture 20

picture 18

cable ties

picture 19

picture 17

move out all wires

EN 194.LX9000RDismantling Instructions

Dismantling the

Front panel assembly

The front panel assy consists of 2 cabinet parts, the ornamental aluminium front and the plastic front cabinet where the printed circuit boards and other technical parts are mounted. Dependent on the location which is wanted to be accessed the front panel assy can be detached either as complete assy or separated in aluminium front and plastic front. To avoid scratches on the ornamental part it is recommended always to remove the aluminium front first.

Attention: During dismantling and mounting the front panel assy the connection pins of the display-motor may touch the metal cabinet. This short circuit easy causes a destruction of safety resistor 3550, located on Key Board left. Charged capacitors deliver sufficient energy even when the set is switched off.

Therefore insolate the motor connections with a piece of insolating tape before pulling out the front assy!

Dismantling the

ornamental Aluminium Front

• Loosen 8 screws as shown in picture 23 and 24.

• Remove the front flap by loosening the axles first → see picture 25

• Release 7 catches as shown in picture 26 and 27.

• Pull Aluminium Front slightly frontwards.

picture 23

remove 4 screws

picture 24

picture 25

below adhesive tape

Alu Front:

4 x catch on top

picture 26

Alu Front: 4 x catch on bottom

picture 27

display flex foil cable fixed to cabinet with double sided adhesive tape

picture 28

• Dismantle Front assembly as described before and put it to service position as shown in picture 33.

• Release catch as shown in picture 34, move slider left until it is released and fetch it out.

EN 20 4. LX9000R Dismantling Instructions

key board left

A/V front connectors

Control board

picture 32

Dismantling the

Plastic Front cabinet

• Loosen 8 screws as shown in picture 23 and 24.

• Plug Firewire cable from DVIO Board off 1 and release all cables as shown in picture 29 to give them a proper free length for moving front assy out.

• Release 6 catches as shown in picture 30 and 31.

• Pull Plastic Front slightly frontwards while taking care of the cables, especially to the flat foil cable 4 on the right side.

• Put front cabinet on the table as shown in picture 32.

1

2

4

3

5

picture 29

Plastic Front: 4 x catch on top

picture 30

Plastic front: 2 x catch on bottom

picture 31

Display connection cable disconnected

picture 33

Service position

Control board / Key Board right

• Dismantle front assy as described before.

• Plug off flex foil cable to display.

• Loosen 1 screw.

• Lift the board on the rear side first in order to release it from the catches on the front side.

• Turn Control Board up and fix it in the slot as shown in picture 33.

Dismantling the

Slider of the display moving mechanism

picture 34

EN 214.LX9000RDismantling Instructions

Dismantling

Knobs of the Rotary Encoders

• Dismantle ornamental Aluminium Front as described before.

• Turn the knob to a position as shown in picture 35.

• Put a flat screwdriver in between the black plastic part of the rotary encoder and the transparent plastic part of the knob → see picture 35.

• Turn the screwdriver in order to press the transparent part of the knob over the catch on the encoder → see picture 36. (this may need some force)

• Repeat 3x, the knobs are caught 4 times.

picture 35

picture 36

Mounting

Knobs onto the Rotary Encoders

• Align guidings and simply push the knob onto the rotary encoder until the catches engage.

ATTENTION:

Be aware that when the knob has to be replaced by a new one, pos. 149, 151 and 152 respectively pos. 152, 177 and 178 have to be ordered. The 3 parts have to be mounted together by the repair technician.

Dismantling the

Display

1

2

picture 37

picture 38

display flex foil cable fixed to cabinet with double sided adhesive tape

picture 39

• Dismantle ornamental Aluminium Front as described before.

• Move the display manually up by means of a screwdriver. Through a slot on the top side of the front cabinet the gear wheel of the moving mechanism can be accessed. Push the gear wheel down in order to dis-engage the motor. Then turn the wheel clockwise → see picture 37. Repeat as long as the display has moved completely out.

• Loosen 3 screws on the bottom side of the display.

• Remove the ornamental cover as shown in picture 38.

• Move the display manually down as described before, but turning the gear wheel counter clockwise.

• Plug off the connection cable from the Control Board and loosen it carefully from the adhesive tapes → see picture 39.

• Now thread the connection cable out of the plastic front cabinet and remove display.

EN 22 4. LX9000R Dismantling Instructions

Dismantling the

DVD Basic Engine

• Dismantle Top Cover and Air guide plate as described before.

• Loosen 4 screws as shown in picture 40.

• Plug off cables and fetch the module out.

picture 40

Dismantling the

DVIO Board

• Dismantle Top Cover and Air guide plate as described before.

• Loosen 2 screws as shown in picture 41.

• Disconnect DVIO Board from Digital Board (board to board connector).

• Take extension board 3104 128 07770 and re-connect DVIO Board with Digital Board. If necessary, disconnect cable (8006) to Analog Board. The DVIO Board is now in a proper service position → see picture 42.

picture 41

DVIO Board

Digital Board

DVIO extension board

3104 128 07770

picture 42

Dismantling the

Digital Board

• Dismantle Top Cover and Air guide plate as described before.

• If necessary, remove DVIO Board first. See description before.

• Loosen 4 screws to dismantle Digital Board.

• To get access to the bottom side, the board can be put to a service position as shown in picture 43.

Digital Board

DVIO BoarVIO Board

Basic Engine

picture 43

Dismantling the

A/V Board

• Dismantle Top Cover and Air guide plate as described before.

• Dismantle Power primary Board as shown in picture 44.

• Dismantle Standby-transformer and put it together with the Power primary Board next to the set.

• Loosen 7 screws from rear cabinet as shown inpicture 45.

• Release catches on both sides of the rear cabinet and move it backwards as far as cable lengts allow → picture 46 shows the left side catch.

• Loosen 3 screws as shown in picture 47.

• Plug off cables to Auxiliary Board.

• Turn A/V Board to service position as shown in picture 48.

push to release catch

and move left

1

2

picture 44

EN 234.LX9000RDismantling Instructions

picture 45

picture 46

picture 47

Analog Board

Power Supply

Primary

picture 48

EN 24 5. LX9000R Service hints

SERVICE TOOLS

TORX T10 screwdriver with shaftlength 150mm.....4822 395 50423

TORX screwdriver set SBC 163.............................4822 295 50145

Audio signal disc SBC 429....................................4822 397 30184

Playability test disc SBC444..................................4822 397 30245

Test disc 5 (disc without errors) + Test disc 5A (disc with dropout errors, black spots and fingerprints)

SBC 426/426A....................................4822 397 30096

Burn in test disc (65 min. 1kHz signal at -30dB level

without "pause")..................................4822 397 30155

HANDLING CHIP COMPONENTS

TRADE MODE

The sets are equipped with a special TRADE MODE. This mode blocks the Open/close key on the front panel of the set to prevent customers from fetching out CDs from exhibition sets.

The Trade mode can be switched on/off as follows: Hold Stop & Open/Close keys depressed for more than 5s (press STOP key first).

→ Display shows for 2s

LOCK TRAY ON else LOCK TRAY OFF

DEMO MODE

The DEMO MODE displays various features of the set and will start automatically when no key has been pressed for several minutes or during Standby mode.

The Demo mode can be switched on/off as follows:

1) Switch the set to [Standby]

2) Press the

[STOP] key on the set for more than 5s

→ Display shows

DEMO MODE ON else DEMO MODE OFF

Sub chassis 8 test disc CD....................................7104 099 28362

MPTD printed test disc CVP02.18A.......................7104 099 91691

MPTD printed test disc CVP02.18C ......................7104 099 97941

Burn in test disc DL LVP04.15...............................7104 099 91041

MPTD thin test disc CVP02.60...............................7104 099 97931

NLT 01.00 link test disc DVDROM settings..........7104 099 98502

Blank DVD+RW disc RICOH..................................7104 099 98582

Blank DVD+R disc RICOH......................................7104 099 94001

EN 255.LX9000RDiagnostic Software

N

Y

SELECT TEST

START TEST

The center display

shows next or previous

test of the test menu.

Quartz test Temperature test EEPROM test EEPROM format Display test Key test AUDIO TUNER test MDM board test AMPLIFIER test

LX 9000-R

QUARTZ

NTC

EEPROM

EP FORMAT

DISPLAY

KEY TEST

TUNER MDM TEST AMP TEST



S or T

button

pressed?

Y

S or T

button

pressed?

TEST

Display

shows

S

T

Select test

SERVICE TESTS

APPARATUS

servtest LX9000R sh 1, 210703

N

Y

Start

actual selected test.

For detailed description of the various tests see next pages.

PLAY

button

pressed?

Test menu

SERVICE TESTPROGRAM

OVERVIEW ALL TESTS

VXX

SV

*

To leave Service Testprogram plug mains cord off.

*

In the main menu the sound settings (volume, ...) and tray work as in normal mode.

stands for Service mode

To check versions of the DVD+RW software use OSD.

stands for Version number of the software used in the Front (Display) µP.

To enter Service

Testprogram hold

Open/Close

button

depressed while

plugging mainscord in.

LX 9000-R V-XX

The right hand display shows the version number of the front µP - software.

SV

The left hand display

shows.

The center display

shows.

DVD PLAYER TEST

(script)

To start the DVD Player test

hold

Open/Close & PLAY

buttons

depressed

while plugging mainscord in.

DIGITAL BOARD &

A/V BOARD

TEST

BASIC ENGINE

TEST

For detailed description of the

DVD player scripts see page 31 ff.

For detailed description of the

End-User Diagnostic see page x ff.

END-USER DIAGNOSTICS

(DVD+RW module)

To enter

END-USER DIAGNOSTICS

hold

PLAY

button depressed

while plugging mainscord in.

VIRGIN MODE

(DVD+RW module)

To reset the set to

Virgin Mode

hold

STANDBY

button

depressed

while plugging mainscord in.

TRADE MODE

To switch Trade Mode

on/off

hold

STOP & Open/Close

buttons depressed

for more than 5s.

DEMO MODE

Switch set to Standby first.

To switch Demo Mode

on/off

hold

STOP

button depressed

for more than 5s

.

TOGGLE VIDEO MODE

To toggle Video Mode

(interlace/progressive scan)

hold

STOP

button depressed

while plugging mainscord in.

for USA version onlyfor USA version only

FORCED DOWNLOAD

OF OLDER SOFTWARE VERSION

To enable loading of

an older software version hold

RECORD & PLAY

buttons

depressed

while plugging mainscord in.

TOGGLE

MODULATOR CHANNEL

To toggle Modulator Channel

(channel 3/4) hold

RECORD

button depressed

while plugging mainscord in.

TRADE MODE The sets are equipped with a special TRADE MODE. This mode blocks the Open/Close-key on the front panel of the set to prevent customers from fetching out discs from exhibition sets. The tray can only be opened with the remote control.

The Trade mode can be switched on/off as follows: Hold the

STOP & Open/Close

keys depressed for

more than 5s (press

STOP

key first). → Display shows for 2s LOCK TRAY ON else LOCK TRAY OFF

DEMO MODE The DEMO MODE displays various features of the set and will start automatically when no key has been pressed for several minutes or during Standby mode. The Demo mode can be switched on/off as follows:

1) Switch the set to [Standby]

2) Press the

[STOP] key on the set for more than 5s

→ Display shows

DEMO MODE ON else DEMO MODE OFF

EN 26 5. LX9000R Diagnostic Software

servtest LX9000R sh 2, 040503

Y

QUARTZ TEST

Display shows

5859,375±175Hz can be

measurured

on

(pin 18 of µP).

STOP

button

pressed?

N

Y

Press

PLAY

button.

Tact frequency µP

(divided 12MHz)

f

0

12 MHZ

Back to main menu.

The Quartz test allows a quick check of the oscillator of the Front µP without any influence to the oscillator circuitry by the test equipment. The factory can check if the correct quartz has been assembled. A 50% duty pulse of the divided oscillator frequency is put on pin 18 of the µP (MDM_SCL). To avoid dismantling of the front cabinet the test signal can best be measured on pin 9 of 1802, located on the MDM board.

TEMPERATURE TEST

The temperature test is used to check the NTC resistors which measure various temperatures to control the speed of the basic engine fan and the set fan. NTC Front: sensor for ambient temperature, located on

Key board left.

Controls the fan of the basic engine. NTC Supply: sensor for the temperature of the heatsink on

the Power Secondary board.

NTC Amp(lifier): sensor for the temperature of the heatsink on

the Power Amplifier board.

NTC Trafo: sensor for the temperature of the main

transformer.

The signals NTC Supply, NTC Amp and NTC Trafo are compared with a special algorithm and result in the control signals SetFan1 and SetFan2 which control the speed of the set fan.

In each test step of the temperature test the speed of the set fan can be set in four steps.

FRONT XX

Display shows

XX = value in ˚C

Display shows

XX = value in ˚C

S or T

button

pressed?

N

YY

Switch speed of set fan

to next/previous step.

Display shows

for 2s.

x= 1, 2, 3, 4

FAN SPD X

Press

PLAY

button.

TEMPERATURE

TEST

NN

Y

PLAY

button

pressed?

Display shows

XX = value in ˚C

N

Y

PLAY

button

pressed?

Display shows

XX = value in ˚C

N

Y

PLAY

button

pressed?

N

Y

PLAY

button

pressed?

Back to main menu.

STOP

button

pressed?

S or T

button

pressed?

N

YY

Switch speed of set fan

to next/previous step.

Display shows

for 2s.

FAN SPD X

N

Back to main menu.

STOP

button

pressed?

S or T

button

pressed?

N

YY

Switch speed of set fan

to next/previous step.

Display shows

for 2s.

FAN SPD X

N

Back to main menu.

STOP

button

pressed?

S or T

button

pressed?

N

YY

Switch speed of set fan

to next/previous step.

Display shows

for 2s.

FAN SPD X

N

Back to main menu.

STOP

button

pressed?

SUPPLY XX

AMPLIFIER XX

TRAFO XX

Press

S or T

button

and select

QUARZ

Press

S or T

button

and select

NTC

EN 275.LX9000RDiagnostic Software

servtest LX9000R sh 3, 060503

Press

PLAY

button.

STOP

button

pressed?

T

button

pressed?

N

Y

Display shows

all

segments and flags

for checking open circuits.

see figure 1

All LEDs are switched off.

Backlight is switched on.

Switch intensity of the

backlight diodes to next step.

(toggles backlight intensity

to

half / off / full

intensity)

Y

DISPLAY TEST

Back to main menu.

fig. 1

S

button

pressed?

Switch on LEDs in following sequence: Standby, Instant Record, Record, off

Y

PASS

Y

EEPROM TEST

Display shows

ERR

Display shows

Test pattern is written to

address 1

and

read back again

STOP

button

pressed?

Test ok?

N

Y

N

Y

Press

PLAY

button.

Back to main menu.

Y

FORMAT EEPROM

Display shows

for 2s.

EEPROM is cleared and

default values are stored.

NEW

Press

PLAY

button.

The test checks writing and reading of data to the EEPROM. A test pattern is written to the first location in the EEPROM. PASS is displayed when the test pattern is read back correctly, else ERR.

Each software module using the EEPROM is forced to write the default values in its part of the EEPROM.

This test should only be used to clear the EEPROM in case of a µP-"hangup".

The DISPLAY test is intended to check the driver circuits, the display module and the LEDs for open- or shortcircuits. The LEDs

Standby, Instant Record

and

Record

can be switched on/off separately. The intensity of the backlight LEDs can be switched in 3 steps: full, half, off

Press

S or T

button

and select

EEPROM

Press

S or T

button

and select

DISPLAY

Press

S or T

button

and select

EP FORMAT

EN 28 5. LX9000R Diagnostic Software

servtest LX9000R sh 4, 100503

Y

AUDIO TUNER

TEST

Press

PLAY

button.

N

Y

EUR USA

Exit

Service Testprogram.

Display shows

version of the Audio tuner

as long as any key will

be pressed.

else

POWER

switched off?

Service Preset-frequencies

acc. table 2 are copied

to the RAM.

Tuner is normal working

except for the

PROGRAM

and

AUTOPROGRAM

functions. When a station is

received the radio antenna

symbol will light up.

When RDS data are

received a dot will be shown

additionally.

EUROPE

FM/MW

USA

FM/AM

table 2

table 3

REGION

Key

NEXT T

STOP 9

PLAY 2

OPEN/CLOSE

manual tuning + auto search manual tuning + auto search preset down preset up band switch (FM stereo, FM mono, AM)

Function

PRESET

1 2 3 4 5 6 7 8

87,5 MHz

The Audio tuner test is intended to read out the tuner version selected by the front µP. The correct tuner version is defined by the version detection resistor 3444 mounted on the Front - Control board. 3444 mounted = USA version without RDS. The stored preset frequencies serve as provision for other tuner modules only.

108 MHz

531 kHz

1602 kHz

558 kHz

1494 kHz

98 MHz

87,5 MHz

108 MHz

560 kHz

1500 kHz

98 MHz

--- ---

530 kHz

1700 kHz

/22/25/29 /37

SERVICE PRESET FREQUENCIES

USAEUR

Y

KEY TEST

Press

PLAY

button.

STOP

button

pressed?

N

Y

KEY --

Back to main menu.

X=5 stands for RC5 code X=6 stands for RC6 code CC stands for the command code SS stands for the system code

NEXT T

PREVIOUS S

KEY KEY CODE

2

3

4 (exit)

5

6

7

8

SURROUND

RECORD

STOP

PLAY/PAUSE

STANDBY/ON 1

OPEN/CLOSE

KEY CODES

table 1

Display shows

Numbers acc. table 1

are indicated as long as a

button is held depressed.

If a button is pressed

on the Remote Control

RCX CC SS is shown.

Press

S or T

button

and select

KEY TEST

Press

S or T button

and select

TUNER

EN 295.LX9000RDiagnostic Software

servtest LX9000R sh 5, 140603

MDM SW XX

Display shows software

version of µP 7711.

DSP SW XX

Display shows software

version of DSP 7705.

MDM ER

Display shows

Press

PLAY

button.

MDM TEST

N

Y

PLAY

button

pressed?

N

Y

PLAY

button

pressed?

N

Y

PLAY

button

pressed?

Set MDM module in service mode and select Analog Input

from Line 1.

Set MDM module in service mode and select Digital Input.

Y

N

MDM error

?

Y

MDM error

?

N

Y

PLAY

button

pressed?

bbb

LIN ER

Display shows

bbb

LIN 1

Display shows

DIG

Display shows

ERRORS:

bbb indicates the kind of an error.

DSP error

SRAM

error

EEPROM

error

OPT

Display shows

N

Y

MDM error

?

N

Y

PLAY

button

pressed?

DIG ER

Display shows

bbb

Set MDM module in service mode and

select Optical Input.

N

Y

MDM error

?

N

Y

PLAY

button

pressed?

OPT ER

Display shows

bbb

Back to main menu.

By entering the MDM test the user settings are reset to the initial values: Volume: 10 (-33dB) Bass, Treble: flat Loudness: off Clear Voice: off Bass ALC: on Delta volume all loudspeakers: 0dB

Note: The MDM test produces output on 6 channels.

During the test manual setting of the sound parameters is possible.

b b b

e.g. 001 means DSP error

101 means DSP plus EEPROM error

Press

S or T button

and select

MTM TEST

EN 30 5. LX9000R Diagnostic Software

servtest LX9000R sh 6, 100503

AMP 1

Center display shows

Sound parameters are set

acc. table 4

Display shows next test

Sound parameters are set

acc. table 4

Press

PLAY

button.

AMPLIFIER TEST

N

Y

PLAY

button

pressed?

NN

YY

PLAY

button

pressed?

STOP

button

pressed?

Back to main menu.

N

Y

STOP

button

pressed?

Back to main menu.

X

= 2, 3, 4, 5, 6,1

Test mode

AMP 1 AMP 2 AMP 3 AMP 4 AMP 5 AMP 6

Line in 1 Line in 2 Ext. 1 Ext. 2 Line in 1 Line in 2

off off off off on on

off off off off off on

Audio INPUT Bass ALC

MUTE

(Headhone and

Loudspeakers)

MUTE

Line out

The Amplifier test is intended for testing the analog modes of the amplifier and the sound processor settings.

By entering the MDM test the user settings are reset to the initial values: Volume: 10 (-33dB) Bass, Treble: flat Loudness: off Clear Voice: off Bass ALC: on Delta volume all loudspeakers: 0dB

Note: The AMPLIFIER test produces output on 6 channels.

During the test manual setting of the sound parameters is possible.

table 4

AMP X

Press

S or T button

and select

a

AMP TEST

Diagnostic Software DVD

5. Diagnostic Software DVD

EN 31LX9000R 5.

Due to the complexity of the DVD recorder, the time to find a defect in the recorder can become long. To reduce this time, the recorder has been equipped with Diagnostic and Service software (DS). The DS offers functionality to diagnose the DVDR hardware and tests the following:

• Interconnections between components

• Accessibility of components

• Functionality of the audio and video paths

This functionality can be accessed via several interfaces:

1. End user/Dealer script interface

2. Player script interface

3. Menu and command interface

5.1 End User/Dealer Script Interface

5.1.1 Description

The End user/Dealer script interface gives a diagnosis on a stand alone DVD recorder. You only need a cinch audio and video cable for the test. During this mode, a number of hardware tests (nuclei) are automatically executed to check if the recorder is faulty. The diagnosis is simply a "fail" or "pass" message. If the message "FAIL" appears on the display, there is apparently a failure in the recorder. If the message "PASS" appears, the nuclei in this mode have been executed successfully. There can be still a failure in the recorder because the nuclei in this mode don't cover the complete functionality of the recorder.

5.1.2 Contents

Unplug the power cord

Hold key <PLAY> pressed while you plug the recorder

During the test, the following display is shown: the counter counts down from the number of nuclei to be run before the test finishes. Example:

SET O.K.?

NO

YES

To exit DEALER SCRIPT, unplug the power cord

Figure 5-1

The End use/Dealer script executes all diagnostic nuclei that do not need any user interaction and are meaningful on a standalone DVD recorder. The nuclei called in the End user/ Dealer script are the following:

CL 16532095_068.eps

150801

Counter Nucleus Name Description 22 104 HostdSdramWrR checks all memory locations of the 4MB SDRAM 21 106 HostdDramWrR checks all the DRAM connected to the microprocessor of the digital board 20 123 HostdI2cNvram checks the data line (SDA) and the clock line (SCL) of the I2C bus between the host decoder

and NVRAM

19 202 SAA7118I2c checks the interface between the Host I2C controller and the AVENC SAA7118 Video Input

Processor 18 200 VideoEncI2c checks the interface between the host I2C controller and Empress SAA6752 17 207 AudioEncI2c checks the I2C connection between the host decoder and Empress SAA6752 16 204 AudioEncAccess tests the HIO8 interface lines between the host decoder and the audio encoder 15 203 AudioEncSramAccess checks the access of the SRAM by the audio encoder (address and data lines). 14 205 AudioEncSramWrR tests the SRAM connected to the audio encoder 13 206 AudioEncInterrupt tests the interrupt line between the host decoder and the audio encoder 12 300 VsmAccess checks whether the VSM interrupt controllers and DRAM are accessible 11 303 VsmInterrupt checks both interrupt lines between the VSM and the host decoder 10 302 VsmSdramWrR tests the entire SDRAM of the VSM 9 1400 Clock11_289MHz switches the A_CLK of the micro clock to 11.2896 MHz 8 1401 Clock12_288MHz switches the A_CLK of the micro clock to 12.288 MHz 7 601 BeS2Bengine checks the S2B interface with the Basic Engine by sending an echo command 6 500 DisplayEcho checks the interface between the host processor and the slave processor on the display

board 5 700 AnalogueEcho checks the interface between the host processor and the microprocessor on the analogue

board 4 711 AnalogueNvram checks the NVRAM on the analogue board 3 706 AnalogueTuner checks whether the tuner on the analogue board is accessible

EN 32 LX9000R5.

5

Counter Nucleus Name Description 2 901 LoopAudioUserDealer This nucleus tests the components on the audio signal path The host decoder

1 906 LoopVideoUserDealer Nucleus for testing the components on the video signal system path:

Diagnostic Software DVD

- The analogue board

- The audio encoder

- The VSM Attention: the rear cinch audio out has to be connected to the front cinch audio in.

- The VIP

- The video encoder

- The VSM

- The host decoder

- The analogue board Attention: the rear cinch video out has to be connected to the front cinch video in.

5.2 Player Script Interface

.2.1 Description

The Player script will give the opportunity to perform a test that will determine which of the DVD recorder’s modules are faulty, to read the error log and to perform an endurance loop test. To successfully perform the tests, the DVD recorder must be connected to a TV set. To be able to check results of certain nuclei, the player script expects some interaction of the user (i.e. to approve a test picture or a test sound). Some nuclei (e.g. nuclei that test functionality of the DVDR module) require that a DVD+RW disc is inserted. Only tests within the scope of the diagnostic software will be executed hence only faults within this scope can be detected.

STEP DESCRIPTION NUCLEUS 1Press OPEN/CLOSE and PLAY at the same time and POWER ON the recorder to start the playerscript 2 2 The local display shows FPSEGMENTS.

Press STOP to skip this nucleus.

3 The local display shows FPLABELS.

Press STOP to skip this nucleus.

4 The local display shows FPLIGHT ALL.

Press STOP to skip this nucleus.

5 The local display shows FPLED.

Press STOP to skip this nucleus.

6 The local display shows FPKEYBOARD.

Press STOP for more than one second to skip this nucleus.

7 The local display shows FPREMOTE CONTROL.

Press STOP to skip this nucleus.

8 The local display shows FPDIMMER.

Press STOP to skip this nucleus.

9 The local display shows ROUTE VIDEO. Press PLAY to start the test.

Press STOP to skip this nucleus.

10 The local display shows ROUTE AUDIO. Press PLAY to start the test.

Press STOP to skip this nucleus.

11 The local display shows COLOUR-BAR ON. Press PLAY to start the test.

Press STOP to skip this nucleus.

12 The local display shows PINK NOISE ON. Press PLAY to start the test.

Press STOP to skip this nucleus.

13 The local display shows PINK NOISE OFF. Press PLAY to start the test.

Press STOP to skip this nucleus.

14 The local display shows SINE ON. Press PLAY to start the test.

Press STOP to stop the sine. Press STOP to skip this nucleus.

15 The local display shows COLOUR-BAR OFF. Press PLAY to start the test.

Press STOP to skip this nucleus.

16 The local display shows BERESET. Press PLAY to start the test.

Press STOP to skip this nucleus.

17 The local display shows BETRAY OPEN. Press PLAY to start the test.

Press STOP to skip this nucleus.

18 The local display shows BETRAY CLOSE. Press PLAY to start the test.

Press STOP to skip this nucleus.

5.2.2 Structure of the Player Script

The player script consists of a set of nuclei testing the hardware modules in the DVD recorder: the Display PWB, the Digital PWB, the Analogue In/Out PWB and the DVDR module. Nuclei run by the player test need some user interaction; in the next table this interaction is described. The player test is done in two phases:

• Interactive tests: this part of the player test depends strongly on user interaction and input to determine nucleus results and to progress through the full test. Reading the error log information can be useful to determine any error that occurred recently during normal operation of the DVD player.

• The loop test will perform the same nuclei as the dealer test, but it will loop through the list of nuclei indefinitely.

502

503

520

504

505

506

518

712

713

120

115

116

117

121

603

616

615

Diagnostic Software DVD

STEP DESCRIPTION NUCLEUS 19 The local display shows BEWRITE READ. Press PLAY to start the test.

Press STOP to skip this nucleus.

20 The local display shows BETRAY OPEN. Press PLAY to start the test.

Press STOP to skip this nucleus.

21 The local display shows BETRAY CLOSE. Press PLAY to start the test.

Press STOP to skip this nucleus.

22 The local display shows READ ERRORLOG. Press PLAY to start the test.

Press STOP to skip this nucleus. If the player test succeeded, the user/dealer script will start in an endless loop. If the player test failed, the local display will display FAIL and the error code

Remark

In case of a failure, the display shows " FAIL XXXXXX ". The description of the shown error code can be retrieved in the survey of Nuclei Error Codes (paragraph 5.4). Once an error occurs, it is not possible to continue the player script. Unplug the set and restart the player script. By pressing the STOP key, it is possible to jump over the failure and to continue the player script.

617

616

615

633

EN 33LX9000R 5.

DVD PLAYER TEST

(script)

To start the DVD Player test

Open/Close & PLAY

hold

while plugging mainscord in.

to skip general set tests

not applicable for LX9000R

DIGITAL BOARD &

depressed

buttons

Press 7x STOP

A/V BOARD

TEST

BASIC ENGINE

TEST

Figure 5-2

EN 34 LX9000R5.

Diagnostic Software DVD

FRONTPANEL

TEST

DIGITAL BOARD &

ANALOG BOARD

TEST

press <PLAY> to execute press < STOP > to skip

press <PLAY> to execute press <NEXT > to skip

press <PLAY> to execute press < STOP > to skip

BASIC ENGINE

TEST

press <PLAY> to execute press <NEXT > to skip

press <PLAY> to execute

INSERT DVD +RW DISC TO EXECUTE WRITE / READ TEST

press <STOP> to skip

press <PLAY> to execute press <STOP> to skip

press <PLAY> to execute press <STOP > to skip

press <PLAY> to execute press <STOP> to skip

press <STOP> to continue

press <PLAY> to execute

press <PLAY> to execute press <STOP> to skip

press <STOP> to skip

NO ERRORS LOGGED

IF ERROR

To exit PLAYER SCRIPT, unplug the power cord

<PLAY>

PRESS <STOP> TO STEP DOWN

PRESS <RECORD> TO STEP UP

PRESS <PLAY> TO CONTINU

TR 01007_003 270103

Figure 5-3

Diagnostic Software DVD

EN 35LX9000R 5.

5.2.3 Error Log

Explanation:

The application errors will be logged in the NVRAM. The maximum number of error bytes that will be visible is 19. The last reported error is shown as DN D0000000, the oldest visible error as D0000000 UP and the errors in between as DN D0000000 UP. DN stands for DOWN, UP stands for UPWARDS. The shown error codes are identical to the Nuclei Error Codes (paragraph 5.4).

5.2.4 Trade Mode

TRADE MODE

When the recorder is in Trade Mode, the recorder cannot be controlled by means of the front key buttons, but only by means of the remote control.

IF TRADE MODE OFF

PRESS 2 KEYS

SIMULTANEOUSLY

RECORDER IS IN TRADE MODE

WHEN PRESSING FRONT

KEYS, THE RECORDER

DOESN'T RESPOND

IF TRADE MODE ON

PRESS 2 KEYS

SIMULTANEOUSLY

RECORDER IS IN NORMAL MODE

WHEN PRESSING FRONT

KEYS, THE RECORDER

WILL RESPOND

Group number Group name 7 Analogue board (DVDR only) 8 DVIO (DVDR only) 9 Loop nuclei (DVDR only) 10 Library sub nuclei (I2C nuclei) 11 User interface 12 Furore (SACD only) 13 DAC (SACD only) 14 Miscellaneous

5.3.2 Error Handling

Each nucleus returns an error code. This code contains six numerals, which means:

[ XX YY ZZ ]

Error code Nucleus number

Nucleus group number

Figure 5-6

The nucleus group numbers and nucleus numbers are the same as above.

5.3.3 Command Mode Interface

CL 06532152_013.eps

051200

Figure 5-4

5.2.5 Virgin mode

If you want that the recorder starts up in Virgin mode, follow this procedure:

• Unplug the recorder

• plug the recorder again while you keep the STAND BY/ON

key pressed

• the set starts up in Virgin mode.

5.3 Menu and Command Mode Interface

5.3.1 Nuclei Numeration

Each nucleus has a unique number of four digits. This number is the input of the command mode.

[ XX YY ]

Nucleus number Nucleus group number

Figure 5-5

CL 06532152_012.eps

051200

Set-Up Physical Interface Components

Hardware required:

• Service PC

• one free COM port on the Service PC

• special cable to connect DVD recorder to Service PC

The service PC must have a terminal emulation program (e.g. OS2 WarpTerminal or Procomm) installed and must have a free COM port (e.g. COM1). Activate the terminal emulation program and check that the port settings for the free COM port are: 19200 bps, 8 data bits, no parity, 1 stop bit and no flow control. The free COM port must be connected via a special cable to the RS232 port of the DVD recorder. This special cable will also connect the test pin, which is available on the connector, to ground (i.e. activate test pin).

Code number of PC interface cable: 3122 785 90017

Activation

Plug the recorder to the mains and the following text will appear on the screen of the terminal (program):

DVD Video Recorder Diagnostic Software version 48 Basic SDRAM Data bus test passed Basic SDRAM Address bus test passed Basic SDRAM Device test passed

(M) enu, (C) ommand or (S) 2B-interface? [M] : @ DD:>

C

CL 16532095_073.eps

150801

Figure 5-7

The following groups are defined:

Group number Group name 0 Basic / Scripts 1 Host decoder (Sti5505 and memory) 2 Audio / video encoder (DVDR only) 3 VSM (DVDR only) 4NVRAM 5 Front Panel 6 Basic Engine

The first line indicates that the Diagnostic software has been activated and contains the version number. The next lines are the successful result of the SDRAM interconnection test and the basic SDRAM test. The last line allows the user to choose between the three possible interface forms. If pressing C has made a choice for Command Interface, the prompt ("DD>") will appear. The diagnostic software is now ready to receive commands. The commands that can be given are the numbers of the nuclei.

EN 36 LX9000R5.

Diagnostic Software DVD

Command Overview

We provide an overview of the nuclei and their numbers. This overview is preliminary and subject to modifications.

Host Decoder [01]

[xx yy] Number

100 Checksum Flash 101 Flash Write Access 1 102 Flash Write Access 2 103 Flash Write Read 104 SdRam Write Read 105 SdRam Write Read Fast 106 Dram Write Read 107 Dram Write Read Fast 108 Hardware Version 109 Mute On 110 Mute Off 115 Pink Noise On 116 Pink Noise Off 117 Sine On 118 Sine Burst 1kHz 119 Sine Burst 12kHz 120 Colour-bar On

121 Colour-bar Off 122 NvramWrR 123 NvramI2c 130 Boot Version 131 Application Version 132 Diagnostics Version 133 Download Version 134 Write / read I2C message to / from digital board 135 Video Test Signal

136 Video Test Signal Off 137 Macrovision Off

Audio Video Decoder [02]

[xx yy] Number

200 Video Encoder I2C 202 SAA7118 I2C 203 Audio Encoder SRAM Access 204 Audio Encoder Access 205 Audio Encoder SRAM Write Read 206 Audio Encoder Interrupts

Nuclei

Note: Use nuclus 712 with parameter 07 to route the signals to the analogue board output

OnNote: Use nuclus 712 with parameter 07 to route the signals to the analogue board output. Input: 135 [a] [b] a: Number of test image,

0. Horizontal colour-bar

1. White

2. Yellow

3. Light blue

4. Green

5. Magenta

6. Red

7. Blue

8. Black

9. Colour triangle (execution time is 12 seconds)

10. Test image for progressive scan (execution time is 6 seconds)

b: Video standard,

0. PAL BDGHI

1. NTSC

Nuclei

[xx yy] Number

207 Audio Encoder I2C 208 SAA7118 select input 209 Empress Version

VSM [03]

[xx yy] Number

300 Register Access 301 SDRAM Access 302 SDRAM Write Read 303 Interrupt lines 304 VSM Interconnection 305 UART

NVRAM [04]

[xx yy] Number

400 Reset 401 Read 402 Modify 403 UniqueNr Read 404 Read Error Log 407 Reset Error Log 409 Line2 Region-Code Reset 410 UniqueNr Store

Front Panel [05]

[xx yy] Number

500 Echo 501 Version 502 Segment 503 Label 504 Led 505 Keyboard 506 Remote-Control 507 Segment Starburst 508 Segment Vertical 509 Segment Horizontal 514 Beeper 515 Discbar 516 Discbar Dots 517 Vu / Grid 518 Dimmer 519 Blinking 520 Light All Segments 522 Flap Open 523 Flap Close

Basic Engine [06]

[xx yy] Number

600 S2B Pass 601 S2B Echo 602 Version 603 Reset 604 Focus On 605 Focus Off 606 Disc Motor On 607 Disc Motor Off 608 Radial On

Nuclei

Diagnostic Software DVD

EN 37LX9000R 5.

[xx yy] Number

609 Radial Off 615 Tray In 616 Tray Out 617 Write Read 618 Write Read Endless Loop 619 Selftest 620 BE Test 621 Laser Test 622 Spindle (Disc) Motor Test 623 Focus Test 624 Sledge Motor Test 625 Sledge Motor Slow 626 Tilt 627 EEPROM Read 628 EEPROM Write 629 Optimise Jitter 630 Radial ATLS Calibration 631 Get Statistics Information 632 Reset Statistics Information 633 BE Read Error Log 634 BE Reset Error Log 638 Get Self Test Result 639 Radial Initialisation 640 Get OPU info

Analog Board [07]

[xx yy] Number

700 Echo 703 Boot Version 704 Hardware Version 705 Clock Adjust 706 Tuner 707 Frequency Download 708 Data Slicer 709 Sound Processor 710 AV Selector 711 Nvram 712 Route Video 713 Route Audio 715 Set Slash Version 716 Application Version 717 Diagnostics Version 718 Download Version 720 Bargraph Level Adjustment 721 Clock correction 722 Clock reference 723 Re-virginise Recorder 724 Flash Checksum 725 Tuner frequency selection

727 Set virgin bit 728 Clear Virgin Bit 729 Write / read I2C message to / from analogue board

Nuclei

Europe: To make video and audio signals from the tuner available on Scart2, send command "712 08". For Nafta/Apac: To make the black/white Video available on Y/C Rear Out connector, send command “712 08” Input: 725 [frequency in MHz*16] [system] System: NTSC=16, PAL BG=16, PAL I=32, PAL DK=48, SEC L=64, SEC LS=80, SEC BG=96, SEC DK=112

[xx yy] Number

730 Store external presets 731 Get slash version 732 AFC Reference Voltage Tuner 736 Get EPG Version 737 Get operating hours in Tuner Mode

DVIO [08]

[xx yy] Number

800 Check DVIO board presence 801 Reset DVIO 802 DVIO Access 803 Get DVIO error codes 804 Get DVIO module Ids 805 Execute DVIO module SelfTestInput: 805 [a]

806 Set DVIO led on. 807 Set DVIO led off.

Loop Nuclei [09]

[xx yy] Number

900 Digital Audio Loop(no function in Gen. 1.5 and Lead) 901 User / Dealer Audio Loop 902 Digital Video Loop 903 Digital Video VBI Loop 904 System Video Loop 905 System Video VBI Loop 906 User / Dealer Video Loop 907 User / Dealer Video VBI Loop 908 System Audio Loop SCART 909 System Audio Loop CINCH 910 Digital DVIO Video Loop 911 System Video Vip

Miscellanious [14]

[xx yy] Number

1400 Clock 11.289 MHz 1401 Clock 12.288 MHz 1412 Progressive Scan I2C 1413 Progressive Scan test image on 1414 Progressive Scan test image off 1415 Progressive Scan Route Enable 1416 Progressive Scan Route Disable

Scripts [00]

[xx yy] Number

1 UserDealer Script 2 Player Script

Routing Audio and Video

Route Video

Nucleus Number: 712 Description This nucleus routes the video signals on the analogue board to the destination determined by the input parameters

Nuclei

[b]Parameters: a=1/0…full Ram test, b=1/0…cable connected

Nuclei

EN 38 LX9000R5.

Diagnostic Software DVD

The paths that are available for video routing and their description (Nafta region): Example DD:> 712 01 71200: Video routing on the Analogue Board OK. Test OK @

PATH ID DESCRIPTION

00 No Routing. 01 Input signal is from FRONT AUDIO IN

and will be routed to the digital board.

02 Input signal is from REAR AUDIO IN 2

and will be routed to the digital board.

03 Input Audio Signal is routed from FRONT

Cinch In to Digital Board.(This is same as path id 01)

04 Input Signal is from Rear Cinch In1 and it

will be routed to Digital Board.. 05 No routing. 06 No routing. 07 No routing. 08 No Routing. 09 No routing. 10 No Routing. 11 No Routing. 12 No Routing. 13 Input Signal is from Digital Board and it

will be routed to the digital board. 14 No routing. 15 Input is Audio Signal from TUNER and it

will be routed to Digital Board. 16 Input signal is AUDIO from dvio board

and will be routed to Digital Board. 17 No routing. 18 No routing. 19 No routing. 20 Input signal is from REAR AUDIO IN 2

and will be routed to the digital board. 21 Input signal is from REAR AUDIO IN 1

and will be routed to the digital board. 22 Input signal is from REAR AUDIO IN 1

and will be routed to the digital board. 23 The Audio signal received from the Digital

board will be outputted on Modulator

channel 3. Please use command 117 for

testing audio because Nuclei 117 will

generate the Audio signal on the digital

Board. 24 The Audio signal received from the Digital

board will be outputted on Modulator

channel 4. Please use command 117 for

testing audio because Nuclei 117 will

generate the Audio signal on the digital

Board.

Route Audio

Nucleus Number: 713 Description This nucleus routes the audio on the analogue board to the destination determined by the input parameters The paths that are available for audio routing and their description (Europe version) EXAMPLE DD:> 713 00 71300: Audio routing on the Analogue Board OK. Test OK @

PATH ID DESCRIPTION 00 Input signal is from FRONT AUDIO IN and will

be routed to the digital board.(This is done so that nucleus 901 works)

01 Input signal is from FRONT AUDIO IN and will

be routed to the digital board. 02 No Routing. 03 Input signal is AUDIO from SCART1 and will be

routed to the digital board. 04 Input signal is AUDIO from SCART2 and will be

routed to the digital board. 05 No routing. 06 No routing. 07 Input Audio signal is from the digital Board and

it will be routed to the Scart 1 and Scart2 08 Input AUDIO signal from TUNER and will be

routed to SCART2. 09 Input signal is AUDIO from SCART1 and will be

routed to SCART2. 10 Input audio signal from Scart2 is routed to

Scart1. 11 Input Audio signal is routed from DVIO to

Scart2. 12 13 No Routing. 14 Input is Audio Signal from DVIO and it will be

routed to Digital Board. 15 Input is Audio Signal from TUNER and it will be

routed to Digital Board.. 16 No routing. 17 No Routing. 18 Input signal is from FRONT AUDIO IN and will

be routed to SCART2. 21 Input signal is from FRONT AUDIO IN and will

be routed to the digital board.(This is done so

that nucleus 909.1 works)

5.3.4 Menu Mode Interface

Activation

Plug the recorder to the mains and the following text will appear on the screen of the terminal (program):

DVD Video Recorer Diagnostic Software version 48 Basic SDRAM Data bus test passed Basic SDRAM Address bus test passed Basic SDRAM Device test passed

(M) enu, (C) ommand or (S) 2B-interface? [M] : @

Main Menu

1. Digital Board ->

2. Analogue Board ->

3. Front Panel ->

4. Basic Engine ->

5. DVIO ->

6. Progressive Scan Board ->

7. Loop tests ->

8. Log ->

9. Scripts ->

Select>

Figure 5-8

The first line indicates that the Diagnostic software has been activated and contains the version number. The next lines are the successful result of the SDRAM interconnection test and the basic SDRAM test. The last line allows the user to choose between the three possible interface forms. If pressing M has made a choice for Menu Interface, the Main Menu will appear.

M

Diagnostic Software DVD

EN 39LX9000R 5.

Menu Structure

The following menu structure is given after starting up the DVD recorder in menu mode. The symbol -> indicates that the current menu choice will invoke the display of a submenu.

Main Menu

1.Digital Board ->

2.Analogue Board ->

3.Front Panel ->

4.Basic Engine ->

5.DVIO ->

6.Progressive Scan Board ->

7.Loop Tests ->

8.Log ->

9.Scripts ->

Digital Board Menu

1.Host Decoder ->

2.VSM ->

3.AVENC ->

4.NVRAM ->

Host Decoder Menu

1.Flash Checksum

2.Flash1 Write Access

3.Flash2 Write Access

4.Flash Write/Read

5.Host SDRAM Write/Read

6.Host SDRAM Fast Write/Read

7.Host DRAM Write/Read

8.Host DRAM Fast Write/Read

9.I2C NVRAM

10.NVRAM Write/Read

11.Engine S2B Echo

12.Versions ->

13.Audio Mute ->

14.Colourbar ->

15.Pink Noise ->

16.Sine Generate ->

AVENC Menu

1.Empress ->

2.Video Input Processors ->

Empress Menu

1.Version number

Video Input Processors Menu

1.SAA7118 I2C Access

NVRAM Menu

1.Read Error Log

2.Reset Error Log

3.Read DVIO Unique ID

Analogue Board Menu

1.Echo

2.Obsolete

3.Route Video Input back to Digital board

4.Route Audio Input back to Digital board

5.Flash Checksum

6.Versions ->

7.Components ->

8.Re-virginize Recorder ->

Analogue Board Versions Menu

1.Hardware Version

2.Bootcode version

3.Application version

4.Diagnostics version

5.Download version

Analogue Components Menu

1.Tuner

2.Data Slicer

3.Sound Processor

4.AV Selector

5.NVRAM

Digital Board Versions Menu

1.Hardware Version

2.Bootcode version

3.Applications Version

4.Diagnostics Version

5.Download Version

Audio Mute Menu

1.Audio Mute On

2.Audio Mute Off

Colourbar Menu

1.Colourbar On

2.Colourbar Off

Pink Noise Menu

1.Pink Noise On

2.Pink Noise Off

Sine Generate Menu

1.Sine On

2.Sine Burst 1kHz

3.Sine Burst 12kHz

VSM Menu

1.Register Access

2.SDRAM Access

3.VSM SDRAM Write/Read

4.Interrupt Lines

5.VSM Interconnection

6.UART

Analogue Board Re-virginize Menu

1.Re-virginize Recorder

2.Set Virgin-bit

3.Clear Virgin-bit

4.Store external presets

Front Panel Menu

1.Echo

2.Version

3.Flap Control ->

4.Segment Test ->

5.Light Labels

6.Led test

7.Keyboard test

8.Remote Control

9.Beep

10.Disc Bar

11.Disc Bar Dots

12.Vu Grid

13.Dimmer

14.Blink

15.Light All Segments

Flap Control Menu

1.Open Flap

2.Close Flap

Segment Test Menu

1.Starburst

2.Light Horizontal Segments

3.Light Vertical Segments

4.Light All Segments

Basic Engine Menu 1.Reset

EN 40 LX9000R5.

Diagnostic Software DVD

2.S2B Pass-through

3.S2B Echo

4.Focus On

5.Focus Off

6.Version

7.Self Test

8.Get Self Test Result

9.Basic Engine Test

10.Laser Test

11.Focus Test

12.Tilt Test

13.Optimise Jitter

14.Statistics Info

15.Log ->

16.Spindle Motor ->

17.Radial ->

18.Sledge ->

19.Tray ->

Basic Engine Error Log

1.Read Error Log

2.Reset Error Log

Basic Engine Spindle Motor Menu

1.Spindle Motor On

2.Spindle Motor Off

3.Spindle Motor Test

Basic Engine Radial Menu

1.Radial On

2.Radial Off

3.Radial Initialisation

4.Radial ATLS Calibration

Basic Engine Sledge Menu

1.Sledge test

2.Sledge test slow

Basic Engine Tray Menu

1.Tray In

2.Tray Out

DVIO Menu

1.Check Presence

2.Reset

3.Access

4.Error Codes

5.Module Identifiers

6.Led ->

DVIO Led Menu

1.Led On

2.Led Off

Progressive Scan Board Menu

1.I2C Access

2.Test Image On

3.Test Image Off

Loop Tests Menu

1.Digital Board Loops ->

2.User/Dealer Loops ->

3.System Loops ->

4.Basic Engine Loops ->

Digital Board Loops Menu

1.Obsolete

2.Digital Video Loop

3.Digital Video Loop VBI

User/Dealer Loops Menu

1.User/Dealer Audio Loop

2.User/Dealer Video Loop

3.User/Dealer Video Loop VBI

System Loops Menu

1.System Video Loop

2.System Video Loop VBI

3.System Audio Loop SCART(EURO)

4.System Audio Loop CINCH (NAFTA)

Basic Engine Loops Menu

1.Basic Engine write read

2.Basic Engine write read endless loop

Log Menu

1.Read Error Log

2.Reset Error Log

Script Menu

1.User/Dealer Script

2.Player Script

5.4 Nuclei Error Codes

In the following table the error codes will be described.

Error Nr Error String 10000 "Checksum is OK" 10001 "segment name Checksum doesn’t match" or "seg-

ment name segment not found" 10100 "" 10101 "FLASH 1 Write access test failed" 10200 "" 10201 "FLASH 2 Write access test failed" 10300 "" 10301 "FLASH write test failed" 10302 "FLASH write command failed" 10303 "FLASH write test done max. number of times" 10400 "" 10401 "HostDec SDRAM Memory data bus test goes

wrong." 10402 " HostDec SDRAM Memory address bus test goes

wrong." 10403 " HostDec SDRAM Physical memory device test

goes wrong." 10500 "" 10501 " HostDec SDRAM Memory data bus test goes

wrong." 10502 " HostDec SDRAM Memory address bus test goes

wrong." 10503 " HostDec SDRAM Physical memory device test

goes wrong." 10600 "" 10601 "HostDec DRAM Memory data bus test goes

wrong." 10602 "HostDec DRAM Memory address bus test goes

wrong." 10603 "HostDec DRAM Physical memory device test

goes wrong." 10700 "" 10701 "HostDec DRAM Memory data bus test goes

wrong." 10702 "HostDec DRAM Memory address bus test goes

wrong." 10703 "HostDec DRAM Physical memory device test

goes wrong." 10800 "Host Decoder version(cut) number: version

number""Digital hardware version" 10801 "Can not find version in FLASH." 10900 ""

Diagnostic Software DVD

EN 41LX9000R 5.

Error Nr Error String 10901 "Error muting audio" 11000 "" 11001 "Error demuting audio" 11500 "" 11501 "Init of I2C failed" 11502 "The selection of the clock source failed" 11504 "The demute of the audio failed" 11600 "" 11601 "Init of I2C failed" 11602 "The mute of the audio failed" 11700 "" 11701 "Init of I2C failed" 11702 "The muting of the audio failed" 11703 "The demute of the audio failed" 11704 "The selection of the clock source failed" 11707 "Setup of Front panel failed" 11708 "Sine on Front panel keyboard failed" 11800 "" 11801 "Init of I2C failed" 11802 "The muting of the audio failed" 11803 "The demute of the audio failed" 11804 "The selection of the clock source failed" 11805 "Error cannot start VSM audio in port" 11900 "" 11901 "Init of I2C failed" 11902 "The muting of the audio failed" 11903 "The demute of the audio failed" 11904 "The selection of the clock source failed" 11905 "Error cannot start VSM audio in port" 12000 "" 12001 "Invalid input 12100 "" 12200 "" 12201 "I2C bus busy before start" 12202 "NVRAM access time-out" 12203 "No NVRAM acknowledge" 12204 "NVRAM time-out" 12205 "NVRAM Write/Read back failed" 12300 "" 12301 "I2C bus busy before start" 12302 "NVRAM read access time-out" 12303 "No NVRAM read acknowledge" 12304 "NVRAM read failed" 13000 "Bootcode application version : bootversion" 13001 "Can not find version in FLASH." 13100 "Recorder application version : recorderversion" 13101 "Can not find version in FLASH." 13200 "Diagnostics application version : diagversion" 13201 "Can not find version in FLASH." 13300 "Download application version : downloadversion" 13301 "Can not find version in FLASH." 13700 "" 13701 "Turning off MacroVision failed" 20000 "" 20001 "I2C bus busy before start" 20002 "Video Encoder access time-out" 20003 "No acknowledge from Video Encoder" 20004 "No data send/received to or from Video Encoder" 20005 "SAA7118 VIP can not be initialised" 20200 "" 20201 "I2C bus busy before start"

Error Nr Error String 20202 "SAA7118 VIP access time-out" 20203 "No acknowledge from SAA7118 VIP" 20204 "No data received from SAA7118 VIP" 20300 "" 20301 "Error audio encoder SRAM access cannot initial-

ise I2C"

20302 "Error audio encoder SRAM access cannot reset

DSP through I2C"

20303 "Error audio encoder SRAM access cannot down-

load boot" 20304 "Error audio encoder cannot download test code" 20305 "Error audio encoder cannot obtain result of test" 20306 "Error audio encoder SRAM access stuck-at-zero

data line " 20307 "Error audio encoder SRAM access stuck-at-one

data line " 20308 "Error audio encoder SRAM access stuck-at-one

address line " 20309 "Error audio encoder SRAM access address line

address line x is connected to data line data line y" 20310 "Error audio encoder SRAM access address lines

address line x and address line y are connected " 20311 "Error audio encoder SRAM access data lines data

line x and data line y are connected " 20312 "Error audio encoder SRAM access illegal data re-

ceived" 20400 "" 20401 "Error audio encoder access cannot initialise I2C" 20402 "Error audio encoder access cannot reset DSP

through I2C" 20403 "Error audio encoder accessing ICR register" 20404 "Error audio encoder access stuck-at-zero of data

line " 20405 "Error audio encoder access stuck-at-one of data

line " 20406 "Audio encoder access data lines data line x and

data line y are interconnected " 20500 "" 20501 "Error audio encoder SRAM WRR cannot initialise

I2C" 20502 "Error audio encoder SRAM WRR cannot reset

DSP through I2C" 20503 "Error audio encoder WRR cannot download boot" 20504 "Error audio encoder cannot download test code" 20505 "Error audio encoder SRAM WRR cannot obtain

result of test" 20506 "Error audio encoder WRR SRAM stuck-at-zero

data bit " 20507 "Error audio encoder WRR SRAM stuck-at-one

data bit " 20508 "Error audio encoder WRR SRAM data lines data

line x and data line y are connected" 20509 "Error audio encoder WRR SRAM illegal data re-

ceived" 20600 "" 20601 "Error audio encoder interrupt cannot initialise I2C" 20602 "Error audio encoder interrupt cannot reset DSP

through I2C" 20603 "Error audio encoder cannot download test code" 20604 "Error occurred accessing VSM" 20605 "Audio encoder interrupt not received" 20606 "Error occurred while activating the encoder" 20607 "Error audio encoder interrupt cannot initialise em-

press" 20608 "Error occurred while getting interrupt reason"

EN 42 LX9000R5.

Diagnostic Software DVD

Error Nr Error String 20700 "" 20701 "Error audio encoder I2C cannot reset DSP

through I2C" 20702 "Error audio encoder cannot download boot" 20703 "Error audio encoder cannot download TEST

code" 20704 "Error audio encoder I2C bus busy" 20705 "Error audio encoder I2C cannot write slave ad-

dress" 20706 "Error audio encoder I2C no acknowledge re-

ceived" 20707 "Error audio encoder I2C cannot send/receive da-

ta" 20708 "Error audio encoder received data through I2C

was invalid" 20800 "" 20801 "I2C access failed." 20802 "SAA7118 VIP can not be initialised." 20803 "Invalid input" 20900 "B1.B2. B3.B4. B5.B6. B7.B8. B9.B10. B11.B12." 20901 "Firmware download of EMPRESS failed" 20902 "I2C bus busy before start" 20903 "EMPRESS access time-out" 20904 "No acknowledge from the EMPRESS" 20905 "No data send to the EMPRESS" 20906 "No data received from the EMPRESS" 30000 "" 30001 "VSM SDRAM Bank1 Memory databus test goes

wrong." 30002 "VSM SDRAM Bank1 Memory addressbus test

goes wrong." 30003 "VSM SDRAM Bank1 Physical memory device test

goes wrong." 30004 " VSM SDRAM Bank2 Memory databus test goes

wrong." 30005 " VSM SDRAM Bank2 Memory addressbus test

goes wrong." 30006 " VSM SDRAM Bank2 Physical memory device

test goes wrong." 30007 "VSM SDRAM Bank1 VSM interrupt register A has

a -stuck at- error for value:" 30008 "VSM SDRAM Bank2 VSM interrupt register A has

a -stuck at- error for value:" 30100 "" 30101 "VSM SDRAM Bank1 Memory databus test goes

wrong." 30102 "VSM SDRAM Bank1 Memory addressbus test

goes wrong." 30103 "VSM SDRAM Bank1 Physical memory device test

goes wrong." 30104 " VSM SDRAM Bank2 Memory databus test goes

wrong." 30105 " VSM SDRAM Bank2 Memory addressbus test

goes wrong." 30106 " VSM SDRAM Bank2 Physical memory device

test goes wrong." 30200 "" 30201 "VSM SDRAM Bank1 Memory databus test goes

wrong." 30202 "VSM SDRAM Bank1 Memory addressbus test

goes wrong." 30203 "VSM SDRAM Bank1 Physical memory device test

goes wrong." 30204 " VSM SDRAM Bank2 Memory databus test goes

wrong."

Error Nr Error String 30205 " VSM SDRAM Bank2 Memory addressbus test

goes wrong."

30206 " VSM SDRAM Bank2 Physical memory device

test goes wrong." 30300 "" 30301 "VSM interrupt register A has a -stuck at- error for

value:" 30302 "VSM interrupt register B has a -stuck at- error for

value:" 30303 "Interrupt A wasn’t raised." 30304 "Interrupt B wasn’t raised." 30305 "Interrupts A and B were raised." 30400 "" 30401 "VSM SDRAM Bank1 Memory databus test goes

wrong." 30402 "VSM SDRAM Bank1 Memory addressbus test

goes wrong." 30403 "VSM SDRAM Bank1 Physical memory device test

goes wrong." 30404 " VSM SDRAM Bank2 Memory databus test goes

wrong." 30405 " VSM SDRAM Bank2 Memory addressbus test

goes wrong." 30406 " VSM SDRAM Bank2 Physical memory device

test goes wrong." 30500 "" 30501 "Communication with the analogue board fails." 30502 "Echo test to analogue board returned wrong

string." 40000 "" 40001 "NVRAM Reset; I2C failed" 40100 "NVRAM address = 0xaddress -> Byte value =

0xvalue" 40101 "NVRAM Read; I2C failed" 40102 "NVRAM Read; Invalid input" 40200 "" 40201 "NVRAM Modify; I2C failed" 40202 "NVRAM Modify; Invalid input" 40300 "DV Unique ID = id" 40301 "NVRAM Read DV Unique ID; I2C failed" 40400 "\r\n Error log:\r\n errorString \r\n Ö " 40401 "NVRAM error log; I2C failed" 40402 "NVRAM error log is invalid" 40403 "Front panel failed" 40700 "" 40701 "NVRAM error log reset; I2C failed" 40900 "Region code Change counter is reset" 40901 "NVRAM region code reset; I2C failed" 41000 "" 41001 "NVRAM Store DV Unique ID; I2C failed" 41002 "NVRAM Store DV Unique ID; Invalid input" 50000 "" 50007 "Execution of the command on the analogue board

failed." 50008 "The frontpanel could not be accessed by the ana-

logue board." 50009 "The echo from the frontpanel processor was not

correct." 50100 " Front panel version: FPversion " 50102 "Execution of the command on the analogue board

failed." 50103 "The frontpanel could not be accessed by the ana-

logue board." 50200 ""

Diagnostic Software DVD

EN 43LX9000R 5.

Error Nr Error String 50204 "Execution of the command on the analogue board

failed."

50205 "The frontpanel could not be accessed by the ana-

logue board." 50206 "The frontpanel did not show a starburst." 50207 "The user skipped the FP-which pattern test." 50208 "The user returned an unknown confirmation: con-

firmation " 50209 "The frontpanel did not show horizontal segments." 50210 "The frontpanel did not show vertical segments." 50300 "" 50304 "Execution of the command on the analogue board

failed." 50305 "The frontpanel could not be accessed by the ana-

logue board." 50306 "The frontpanel did not light all labels." 50307 "The user skipped the rest of the FP-label test." 50308 "The user returned an unknown confirmation: con-

firmation" 50400 "" 50404 "Execution of the command on the analogue board

failed." 50405 "The frontpanel could not be accessed by the ana-

logue board." 50406 "The LED’s could not be turned on." 50407 "The user skipped the rest of the FP-LED test." 50408 "The user returned an unknown confirmation: con-

firmation" 50500 "" 50502 "Front panel Keyboard; test failed" 50503 "Front panel Keyboard; test aborted" 50504 "Front panel Keyboard; not all keys were pressed" 50505 "Front panel keyboard I2C connection failed" 50506 "Unable to get slashversion" 50600 "" 50602 "Front panel Remote control; test failed" 50603 "Front panel Remote control; test aborted" 50604 "Front panel remote control; can not access FP" 50605 "Front panel remote control; no user input re-

ceived" 50700 "" 50701 "Execution of the command on the analogue board

failed." 50702 "The frontpanel could not be accessed by the ana-

logue board." 50703 "The frontpanel did not show a starburst." 50704 "The user skipped the FP-starburst test." 50705 "The user returned an unknown confirmation: con-

firmation " 50800 "" 50801 "Execution of the command on the analogue board

failed." 50802 "The frontpanel could not be accessed by the ana-

logue board." 50803 "The frontpanel did not show vertical segments." 50804 "The user skipped the FP-vertical segments test." 50805 "The user returned an unknown confirmation: con-

firmation " 50900 "" 50901 "Execution of the command on the analogue board

failed." 50902 "The frontpanel could not be accessed by the ana-

logue board." 50903 "The frontpanel did not show horizontal segments."

Error Nr Error String 50904 "The user skipped the FP-horizontal segments

test."

50905 "The user returned an unknown confirmation: con-

firmation " 51400 "" 51401 "Execution of the command on the analogue board

failed." 51402 "The frontpanel could not be accessed by the ana-

logue board." 51403 "The beeper did not sound." 51404 "The user skipped the FP-Beep test." 51405 "The user returned an unknown confirmation: con-

firmation" 51500 "" 51501 "Execution of the command on the analogue board

failed." 51502 "The frontpanel could not be accessed by the ana-

logue board." 51503 "The discbar did not display properly." 51504 "The user skipped the discbar test." 51505 "The user returned an unknown confirmation: con-

firmation" 51600 "" 51601 "Execution of the command on the analogue board

failed." 51602 "The frontpanel could not be accessed by the ana-

logue board." 51603 "The discbar dots did not display properly." 51604 "The user skipped the discbar dots test." 51605 "The user returned an unknown confirmation: con-

firmation" 51700 "" 51701 "Execution of the command on the analogue board

failed." 51702 "The frontpanel could not be accessed by the ana-

logue board." 51703 "The VU grid did not display properly." 51704 "The user skipped the VU gridtest." 51705 "The user returned an unknown confirmation: con-

firmation" 51800 "" 51801 "Execution of the command on the analogue board

failed." 51802 "The frontpanel could not be accessed by the ana-

logue board." 51803 "The frontpanel could not be dimmed." 51804 "The user skipped the FP-Dim test." 51805 "The user returned an unknown confirmation: con-

firmation" 51900 "" 51901 "Execution of the command on the analogue board

failed." 51902 "The frontpanel could not be accessed by the ana-

logue board." 51903 "The frontpanel did not show segments blinking." 51904 "The user skipped the FP-blinking test." 51905 "The user returned an unknown confirmation: con-

firmation" 52000 "" 52001 "Execution of the command on the analogue board

failed." 52002 "The frontpanel could not be accessed by the ana-

logue board." 52003 "The frontpanel did not show all segments lit." 52004 "The user skipped the FP-light all segments test."

EN 44 LX9000R5.

Diagnostic Software DVD

Error Nr Error String 52005 "The user returned an unknown confirmation: con-

firmation" 52200 "" 52201 "Communication with Analogue Board fails." 52202 "Frontpanel can not be accessed by the Analogue

Board." 52300 "" 52301 "Communication with Analogue Board fails." 52302 "Frontpanel can not be accessed by the Analogue

Board." 60000 "" 60100 "" 60101 "Basic Engine returned error number

0xerrornumber" 60102 "Parity error from Basic Engine to Serial" 60103 "Communication time-out error" 60104 "Unexpected response from Basic Engine" 60105 "Echo loop could not be closed" 60106 "Wrong echo pattern received" 60200 "Version: nr1.nr2.nr3" 60201 "Basic Engine returned error number

0xerrornumber" 60202 "Parity error from Basic Engine to Serial" 60203 "Communication time-out error" 60204 "Unexpected response from Basic Engine" 60205 "Front Panel failed." 60300 "" 60301 "Basic-Engine time-out error" 60400 "" 60401 "Basic Engine returned error number

0xerrornumber" 60402 "Parity error from Basic Engine to Serial" 60403 "Communication time-out error" 60404 "Unexpected response from Basic Engine" 60405 "Focus loop could not be closed" 60500 "" 60501 "Basic Engine returned error number

0xerrornumber" 60502 "Parity error from Basic Engine to Serial" 60503 "Communication time-out error" 60504 "Unexpected response from Basic Engine" 60600 "" 60601 "Basic Engine returned error number

0xerrornumber" 60602 "Parity error from Basic Engine to Serial" 60603 "Communication time-out error" 60604 "Unexpected response from Basic Engine" 60700 "" 60701 "Basic Engine returned error number

0xerrornumber" 60702 "Parity error from Basic Engine to Serial" 60703 "Communication time-out error" 60704 "Unexpected response from Basic Engine" 60800 "" 60801 "Basic Engine returned error number

0xerrornumber" 60802 "Parity error from Basic Engine to Serial" 60803 "Communication time-out error" 60804 "Unexpected response from Basic Engine" 60805 "Radial loop could not be closed" 60900 "" 60901 "Basic Engine returned error number

0xerrornumber"

Error Nr Error String 60902 "Parity error from Basic Engine to Serial" 60903 "Communication time-out error" 60904 "Unexpected response from Basic Engine" 61500 "" 61501 "Basic Engine returned error number

0xerrornumber" 61502 "Parity error from Basic Engine to Serial" 61503 "Communication time-out error" 61504 "Unexpected response from Basic Engine" 61600 "" 61601 "Basic Engine returned error number

0xerrornumber" 61602 "Parity error from Basic Engine to Serial" 61603 "Communication time-out error" 61604 "Unexpected response from Basic Engine" 61700 "" 61701 "BE tray-in command failed" 61702 "BE read-TOC command failed" 61703 "BE VSM interrupt initialisation failed" 61704 "BE set irq command failed" 61705 "BE no disc or wrong disc inserted" 61706 "BE rec-pause command failed" 61707 "BE VSM BE out DMA initialisation failed" 61708 "BE VSM BE out initialisation failed" 61709 "BE VSM BE out DMA start failed" 61710 "BE VSM BE out start failed" 61711 "BE rec command failed" 61712 "BE VSM out underrun error occurred" 61713 "BE record complete interrupt not raised" 61714 "BE get irq command failed" 61715 "BE no interrupt was raised by BE" 61716 "BE VSM DMA out not finished" 61717 "BE stop command after writing failed" 61718 "BE VSM Sector processor initialisation failed" 61719 "BE VSM sector processor DMA initialisation

failed" 61720 "BE VSM sector processor DMA start failed" 61721 "BE VSM sector processor start failed" 61722 "BE seek command failed" 61723 "BE VSM sector processor error occurred" 61724 "BE read timeout occurred" 61725 "BE stop command after reading failed" 61726 "BE difference found in data at disc sector

0xdiscsector" 61727 "This nucleus cannot be executed because the

Self-Test failed" 61800 "" 61801 "BE i2c initialisation failed" 61802 "This nucleus cannot be executed because the

Self-Test failed" 61900 "" 61901 "The SelfTest failed with result: 0xnr1 0xnr2 0xnr3" 61902 "Basic Engine returned error number

0xerrornumber" 61903 "Parity error from Basic Engine to Serial" 61904 "Communication time-out error" 61905 "Unexpected response from Basic Engine" 62000 "" 62001 "Self-Test : errorstring1 Laser-Test :

errorstring2 SpindleM-Test: errorstring3 Sledg-

eM-Test : errorstring4 Focus-Test : errorstring5" 62100 "The forward sense level is 0xlevel"

Diagnostic Software DVD

EN 45LX9000R 5.

Error Nr Error String 62101 "Basic Engine returned error number

0xerrornumber" 62102 "Parity error from Basic Engine to Serial" 62103 "Communication time-out error" 62104 "Unexpected response from Basic Engine" 62200 "" 62201 "The BE-self-diagnostic-spindle-motor-test failed" 62202 "Basic Engine returned error number

0xerrornumber" 62203 "Parity error from Basic Engine to Serial" 62204 "Communication time-out error" 62205 "Unexpected response from Basic Engine" 62300 "" 62301 "The BE-focus-test failed" 62302 "Basic Engine returned error number

0xerrornumber" 62303 "Parity error from Basic Engine to Serial" 62304 "Communication time-out error" 62305 "Unexpected response from Basic Engine" 62400 "" 62401 "The BE-self-diagnostic-sledge-motor-test failed" 62402 "Basic Engine returned error number

0xerrornumber" 62403 "Parity error from Basic Engine to Serial" 62404 "Communication time-out error" 62405 "Unexpected response from Basic Engine" 62500 "" 62600 "" 62700 "BE EEPROM address = address -> Byte value =

0xvalue" 62701 "Basic Engine returned error number

0xerrornumber" 62702 "Parity error from Basic Engine to Serial" 62703 "Communication time-out error" 62704 "Unexpected response from Basic Engine" 62705 "BE read EEPROM; invalid input" 62800 "" 62801 "Basic Engine returned error number

0xerrornumber" 62802 "Parity error from Basic Engine to Serial" 62803 "Communication time-out error" 62804 "Unexpected response from Basic Engine" 62805 "BE write EEPROM; invalid input" 62900 "" 62901 "Basic Engine returned error number

0xerrornumber" 62902 "Parity error from Basic Engine to Serial" 62903 "Communication time-out error" 62904 "Unexpected response from Basic Engine" 62905 "Radial loop could not be closed" 63000 "" 63001 "Basic Engine returned error number

0xerrornumber" 63002 "Parity error from Basic Engine to Serial" 63003 "Communication time-out error" 63004 "Unexpected response from Basic Engine" 63100 " Number of times Tray went Open/Closed : nr1""

Total hours the CD laser was on : nr2"" Total hours

the DVD laser was on : nr3"" Total hours the write

laser was on : nr4" 63101 "Basic Engine returned error number

0xerrornumber" 63102 "Parity error from Basic Engine to Serial"

Error Nr Error String 63103 "Communication time-out error" 63104 "Unexpected response from Basic Engine" 63200 "" 63201 "Basic Engine returned error number

0xerrornumber" 63202 "Parity error from Basic Engine to Serial" 63203 "Communication time-out error" 63204 "Unexpected response from Basic Engine" 63300 Momentary errors (Byte 1 - Byte 7) : 0xb1 0xb2

0xb3 0xb4 0xb5 0xb6 0xb7 Cumulative errors

(Byte 1 - Byte 7): : 0xb1 0xb2 0xb3 0xb4 0xb5 0xb6

0xb7 Fatal errors (Oldest - Youngest) : : 0xb1

0xb2 0xb3 0xb4 0xb5 63301 "Basic Engine returned error number

0xerrornumber" 63302 "Parity error from Basic Engine to Serial" 63303 "Communication time-out error" 63304 "Unexpected response from Basic Engine" 63400 "" 63401 "Basic Engine returned error number

0xerrornumber" 63402 "Parity error from Basic Engine to Serial" 63403 "Communication time-out error" 63404 "Unexpected response from Basic Engine" 63500 "" 63501 "Basic Engine returned error number

0xerrornumber" 63502 "Parity error from Basic Engine to Serial" 63503 "Communication time-out error" 63504 "Unexpected response from Basic Engine" 63505 "errorstring ÖThe basic engine will reject all player

commands" 63900 "" 63901 "Basic Engine returned error number

0xerrornumber" 63902 "Parity error from Basic Engine to Serial" 63903 "Communication time-out error" 63904 "Unexpected response from Basic Engine" 64000 "BE OPU number = opunumber" 64001 "Basic Engine returned error number

0xerrornumber" 64002 "Parity error from Basic Engine to Serial" 64003 "Communication time-out error" 64004 "Unexpected response from Basic Engine" 64100 "The data was successfully written on and read

from a DVD disc" 64101 "The tray-in command failed" 64102 "The read-TOC command failed" 64103 "The VSM interrupt initialisation failed" 64104 "The set irq command failed" 64105 "No disc or wrong disc inserted" 64106 "The rec-pause command failed" 64107 "The VSM BE out DMA initialisation failed" 64108 "The VSM BE out initialisation failed" 64109 "The VSM BE out DMA start failed" 64110 "The VSM BE out start failed" 64111 "The rec command failed" 64112 "The VSM out underrun error occurred" 64113 "The record complete interrupt was not raised" 64114 "The get irq command failed" 64115 "There was no interrupt raised by BE" 64116 "The VSM DMA did not finished" 64117 "The stop command after writing failed"

EN 46 LX9000R5.

Diagnostic Software DVD

Error Nr Error String 64118 "The VSM Sector processor initialisation failed" 64119 "The VSM sector processor DMA initialisation

failed" 64120 "The VSM sector processor DMA start failed" 64121 "The VSM sector processor start failed" 64122 "The seek command failed" 64123 "The VSM sector processor error occurred" 64124 "The read timeout occurred" 64125 "The stop command after reading failed" 64126 "There was a difference found in data at a specific

disc sector" 64127 "The result of the self test contains errors" 64128 "An error interrupt was raised by BE" 64129 "The calibrate-record command failed" 64130 "To many retries" 64131 "BE update RAI command after writing failed" 64132 "BE find first recordable address command failed" 64133 "DVD+R disc is full" 64200 "" 64201 "BE i2c initialisation failed" 64202 "This nucleus cannot be executed because the

Self-Test failed" 70000 "Echo test OK" 70001 "Echo test returned wrong string." 70002 "Communication with Analogue Board fails" 70300 "SoftwareVersion" 70301 "Can not find segment in FLASH ROM on the Ana-

logue Board" 70302 "Communication with Analogue Board fails" 70400 "HardwareVersion" 70401 "Can not find segment in FLASH ROM on the Ana-

logue Board" 70402 "Communication with Analogue Board fails" 70500 "Clock adjusted OK" 70501 "Can not adjust the clock on the Analogue Board." 70502 "Wrong date/time text size." 70503 "Communication with Analogue Board fails" 70600 "Tuner accessibility test OK" 70601 "Can not access tuner on the Analogue Board." 70602 "Communication with Analogue Board fails" 70700 "Frequency download OK" 70701 "Wrong frequency table size." 70702 "Can not download the frequency table into the an-

alogue NVRAM." 70703 "Can not download the frequency table into the an-

alogue NVRAM." 70704 "Communication with Analogue Board fails" 70800 "Data slicer test OK" 70801 "Test of the Data slicer on the Analogue Board

fails." 70802 "Communication with Analogue Board fails" 70900 "Sound Processor test OK" 70901 "Test of the Sound Processor on the Analogue

Board fails." 70902 "Communication with Analogue Board fails" 71000 "AV Selector test OK" 71001 "Test of the AV Selector on the Analogue Board

fails." 71002 "Communication with Analogue Board fails" 71100 "NVRAM test OK" 71101 "Test of the NVRAM on the Analogue Board fails." 71102 "Communication with Analogue Board fails" 71200 "Video routing on the Analogue Board OK"

Error Nr Error String 71201 "Routing the video on the Analogue Board fails." 71202 "Invalid input." 71203 "Communication with Analogue Board fails" 71300 "Audio routing on the Analogue Board OK" 71301 "Routing the audio on the Analogue Board fails." 71302 "Invalid input." 71303 "Communication with Analogue Board fails" 71500 "" 71501 "Invalid slash version, default slash version is set." 71502 "Setting the slash version on the Analogue Board

fails." 71503 "Communication with Analogue Board fails" 71600 "ApplicationVersion" 71601 "Can not find segment in FLASH ROM on the Ana-

logue Board" 71602 "Communication with Analogue Board fails" 71700 "DiagnosticsVersion" 71701 "Can not find segment in FLASH ROM on the Ana-

logue Board" 71702 "Communication with Analogue Board fails" 71800 "DownloadVersion" 71801 "Can not find segment in FLASH ROM on the Ana-

logue Board" 71802 "Communication with Analogue Board fails" 72300 "" 72000 "" 72001 "Adjusting BarGraphLevel failed" 72002 "Communication with Analogue Board fails" 72100 "" 72101 "Storing clock correction failed" 72102 "Value out of range : default value stored " 72103 "Invalid input." 72104 "Communication with Analogue Board fails" 72200 "" 72201 "Initialising the 1Hz signal on the Clock IC failed" 72202 "Communication with Analogue Board fails" 72301 "Clearing the NVRAM on the Analogue Board fails" 72302 "Communication with Analogue Board fails" 72400 "segment checksum is : checksum which is cor-

rect" for every segment 72401 "segment could not be found" or "segment check-

sum is : checksumC ,however it should be : check-

sumE" for every segment 72402 "Communication with Analogue Board fails" 72900 "Date received" 72901 "Data returned" 72902 "Communication on I2C-bus failed on the Ana-

logue Board fails." 72903 "Communication with Analogue Board fails" 73000 "" 73001 "Storing the external presets on the Analogue

Board fails" 73002 "Communication with Analogue Board fails" 73100 "0xslashversion" where slashversion is the slash

version read from the analogue board 73101 "Error while reading out slash version." 73102 "I2C Write error." 73103 "I2C Read error." 73104 "Communication with Analogue Board fails" 73200 "" 73201 "Storing the Reference Voltage for the Tuner

failed" 73202 "Invalid input."

Diagnostic Software DVD

EN 47LX9000R 5.

Error Nr Error String 73203 "Communication with Analogue Board fails" 80000 "The DVIO module is present in the system." 80001 "The DVIO module is not present in the system." 80100 "The DVIO module has been reset OK." 80101 "The DVIO module is not present in the system." 80102 "The DVIO module could not be reset." 80103 "Could not initialise I2C before Reset." 80200 "The accessibility of the DVIO module is OK." 80201 "The DVIO board is not present in this DVDR." 80202 "Could not initialise I2C." 80203 "Unable to reset the DVIO module." 80204 "Unable to receive the reset indication from the

DVIO module."

80205 "Unable to send the configuration to the DVIO

module."

80206 "Unable to download the chip ID to the DVIO mod-

ule."

80207 "Unable to set the mode of the DVIO module to

IDLE."

80208 "Software Error in function HandleStateAwaitin-

gReply !!"

80209 "Maximal number of retries reached by HandleS-

tateSending !!"

80210 "Maximal number of retries (NACKs) reached

(HandleStateSending)"

80211 "We tried to receive a reply for

DVIO_MAX_RETRIES_ACKREPLY times !!"

80212 "We tried to receive a reply for

DVIO_MAX_RETRIES_REPLY times !!"

80213 "We tried to receive an Ack for

DVIO_MAX_RETRIES_ACK times!!" 80214 "VSM UART error timeout transmitting command" 80215 "VSM UART error timeout receiving reply" 80216 "VSM UART frame error occurred receiving from

DVIO board" 80217 "VSM UART parity error occurred receiving from

DVIO board" 80218 "The confirmation/indication from the DVIO module

is invalid." 80300 "The accessibility of the DVIO module is OK." 80301 "The DVIO board is not present in this DVDR." 80302 "Could not initialise I2C." 80303 "Unable to reset the DVIO module." 80304 "Unable to receive the reset indication from the

DVIO module." 80305 "Unable to send the configuration to the DVIO

module." 80306 "Unable to download the chip ID to the DVIO mod-

ule." 80307 "Unable to set the mode of the DVIO module to

IDLE." 80308 "Software Error in function HandleStateAwaitin-

gReply !!" 80309 "Maximal number of retries reached by HandleS-

tateSending !!" 80310 "Maximal number of retries (NACKs) reached

(HandleStateSending)" 80311 "We tried to receive a reply for

DVIO_MAX_RETRIES_ACKREPLY times !!" 80312 "We tried to receive a reply for

DVIO_MAX_RETRIES_REPLY times !!" 80313 "We tried to receive an Ack for

DVIO_MAX_RETRIES_ACK times!!" 80314 "VSM UART error timeout transmitting command" 80315 "VSM UART error timeout receiving reply"

Error Nr Error String 80316 "VSM UART frame error occurred receiving from

DVIO board"

80317 "VSM UART parity error occurred receiving from

DVIO board"

80318 "The confirmation/indication from the DVIO module

is invalid." 80400 "The accessibility of the DVIO module is OK." 80401 "The DVIO board is not present in this DVDR." 80402 "Could not initialise I2C." 80403 "Unable to reset the DVIO module." 80404 "Unable to receive the reset indication from the

DVIO module." 80405 "Unable to send the configuration to the DVIO

module." 80406 "Unable to download the chip ID to the DVIO mod-

ule." 80407 "Unable to set the mode of the DVIO module to

IDLE." 80408 "Software Error in function HandleStateAwaitin-

gReply !!" 80409 "Maximal number of retries reached by HandleS-

tateSending !!" 80410 "Maximal number of retries (NACKs) reached

(HandleStateSending)" 80411 "We tried to receive a reply for

DVIO_MAX_RETRIES_ACKREPLY times !!" 80412 "We tried to receive a reply for

DVIO_MAX_RETRIES_REPLY times !!" 80413 "We tried to receive an Ack for

DVIO_MAX_RETRIES_ACK times!!" 80414 "VSM UART error timeout transmitting command" 80415 "VSM UART error timeout receiving reply" 80416 "VSM UART frame error occurred receiving from

DVIO board" 80417 "VSM UART parity error occurred receiving from

DVIO board" 80418 "The confirmation/indication from the DVIO module

is invalid." 80500 "" 80501 "The DVIO board is not present in this DVDR." 80502 "The I2C could not be initialised." 80503 "The DVIO module could not be reset." 80504 "Unable to receive the reset indication from the

DVIO module." 80505 "Unable to send the configuration to the DVIO

module." 80506 "Unable to download the chip ID to the DVIO mod-

ule." 80507 "Unable to set the mode of the DVIO module to

IDLE." 80508 "Software Error in HandleStateAwaitingReply func-

tion!" 80509 "Maximal number of retries reached by HandleS-

tateSending!" 80510 "Maximal number of retries (NACK’s) reached

"(HandleStateSending) 80511 "We tried to receive a reply for

DVIO_MAX_RETRIES_ACKREPLY times!" 80512 "We tried to receive a reply for

DVIO_MAX_RETRIES_REPLY times!" 80513 "We tried to receive an Acknowledge for

DVIO_MAX_RETRIES_ACK times!" 80514 "VSM UART error timeout transmitting command" 80515 "VSM UART error timeout receiving reply" 80516 "VSM UART frame error occurred receiving from

DVIO board"

EN 48 LX9000R5.

Diagnostic Software DVD

Error Nr Error String 80517 "VSM UART parity error occurred receiving from

DVIO board"

80518 "The confirmation/indication from the DVIO module

is invalid."

80519 "Setting the DVIO module in/out diagnostics mode

failed" 80520 "Invalid input" 80521 "Getting the errors of the self-test failed" 80522 "Self-test failed" 80600 "" 80601 "The DVIO board is not present in this DVDR." 80602 "The I2C could not be initialised." 80603 "The DVIO module could not be reset." 80604 "Unable to receive the reset indication from the

DVIO module." 80605 "Unable to send the configuration to the DVIO

module." 80606 "Unable to download the chip ID to the DVIO mod-

ule." 80607 "Unable to set the mode of the DVIO module to

IDLE." 80608 "Software Error in HandleStateAwaitingReply func-

tion!" 80609 "Maximal number of retries reached by HandleS-

tateSending!" 80610 "Maximal number of retries (NACK’s) reached

"(HandleStateSending) 80611 "We tried to receive a reply for

DVIO_MAX_RETRIES_ACKREPLY times!" 80612 "We tried to receive a reply for

DVIO_MAX_RETRIES_REPLY times!" 80613 "We tried to receive an Acknowledge for

DVIO_MAX_RETRIES_ACK times!" 80614 "VSM UART error timeout transmitting command" 80615 "VSM UART error timeout receiving reply" 80616 "VSM UART frame error occurred receiving from

DVIO board" 80617 "VSM UART parity error occurred receiving from

DVIO board" 80618 "The confirmation/indication from the DVIO module

is invalid." 80619 "Setting the DVIO module in/out diagnostics mode

failed" 80700 "" 80701 "The DVIO board is not present in this DVDR." 80702 "The I2C could not be initialised." 80703 "The DVIO module could not be reset." 80704 "Unable to receive the reset indication from the

DVIO module." 80705 "Unable to send the configuration to the DVIO

module." 80706 "Unable to download the chip ID to the DVIO mod-

ule." 80707 "Unable to set the mode of the DVIO module to

IDLE." 80708 "Software Error in HandleStateAwaitingReply func-

tion!" 80709 "Maximal number of retries reached by HandleS-

tateSending!" 80710 "Maximal number of retries (NACK’s) reached

"(HandleStateSending) 80711 "We tried to receive a reply for

DVIO_MAX_RETRIES_ACKREPLY times!" 80712 "We tried to receive a reply for

DVIO_MAX_RETRIES_REPLY times!"

Error Nr Error String 80713 "We tried to receive an Acknowledge for

DVIO_MAX_RETRIES_ACK times!" 80714 "VSM UART error timeout transmitting command" 80715 "VSM UART error timeout receiving reply" 80716 "VSM UART frame error occurred receiving from

DVIO board" 80717 "VSM UART parity error occurred receiving from

DVIO board" 80718 "The confirmation/indication from the DVIO module

is invalid." 80719 "Setting the DVIO module in/out diagnostics mode

failed" 90121 "Error: audio data in host memory contains wrong

frequency: frequency Hz" 90122 "Error: audio data in host memory contains si-

lence!" 90123 "There is no correct audio frame in the buffer" 90124 "The audio frame has an illegal version bit" 90125 "The audio frame has an illegal bitrate-index" 90126 "The audio frame has an illegal sampling rate" 90127 "The CRC of the audio frame is wrong" 90128 "The audio frame is not MPEG-I layer II !" 90129 "Error cannot de-mute DAC on analogue board" 90200 "" 90201 "Initialisation of I2C failed" 90202 "Initialisation of VIP and EMPIRE failed" 90203 "Initialisation of PLL / Link failed." 90204 "Next descriptor address set wrong." 90205 "Turning on the colourbar failed" 90206 "No I2C communication possible to start video en-

coder." 90207 "Starting the video encoder failed." 90208 "Transfer of data from video encoder to VSM

failed." 90209 "Stopping the encoder failed." 90210 "Turning off the colourbar failed." 90211 "Cannot intialize hostdecoder parallel input" 90212 "Cannot initialise VSM AV-out DMA port" 90213 "Cannot initialise VSM AV-out port" 90214 "Cannot start VSM AV-out DMA port" 90215 "Cannot start VSM AV-out port" 90216 "Transfer of data from VSM to host decoder failed." 90217 "VSM and Hostdec memory do not match (com-

pared after transfer)" 90218 "Decoding of the video data in the hostdecoder

memory failed" 90219 "The data in the hostdecoder is not equal to a col-

ourbar" 90220 "The video encoder did not return the Group Of

Picture count." 90221 "The video encoder did not receive data from the

VIP." 90223 "Initialisation of VIP and EMPRESS failed" 90224 "The video encoder did not return the current sta-

tus." 90225 "The video encoder timed out in BUSY mode. (no

VIP input)" 90226 "The video encoder did not return the current bi-

trate." 90227 "The video encoder did not switch to ENCODING

mode." 90228 "The video encoder could not start from STOP/

IDLE mode."

Diagnostic Software DVD

EN 49LX9000R 5.

Error Nr Error String 90229 "The video encoder did not switch from IDLE to

STOP mode." 90300 "" 90301 "Initialisation of I2C failed" 90302 "I2C communication to VIP failed" 90303 "Initialisation of VIP failed" 90304 "Generation of Close Caption data failed" 90305 "VIP not locked to video signal" 90306 "Initialisation of VBI Extractor failed 90307 "No CC data received" 90308 "Closed Caption data overrun" 90309 "Closed Caption data does not match" 90310 "Switch off ColourBar failed" 90400 "" 90401 "Initialisation of I2C failed" 90402 "Initialisation of VIP and EMPIRE failed" 90403 "Initialisation of PLL / Link failed." 90404 "Next descriptor address set wrong." 90405 "Turning on the colourbar failed" 90406 "No I2C communication possible to start video en-

coder." 90407 "Starting the video encoder failed." 90408 "Transfer of data from video encoder to VSM

failed." 90409 "Stopping the encoder failed." 90410 "Turning off the colourbar failed." 90411 "Cannot intialize hostdecoder parallel input" 90412 "Cannot initialise VSM AV-out DMA port" 90413 "Cannot initialise VSM AV-out port" 90414 "Cannot start VSM AV-out DMA port" 90415 "Cannot start VSM AV-out port" 90416 "Transfer of data from VSM to host decoder failed." 90417 "VSM and Hostdec memory do not match (com-

pared after transfer)" 90418 "Decoding of the video data in the hostdecoder

memory failed" 90419 "The data in the hostdecoder is not equal to a col-

ourbar" 90420 "The video encoder did not return the Group Of

Picture count." 90421 "The video encoder did not receive data from the

VIP." 90422 "Execution of the command on the analogue board

failed." 90423 "Initialisation of VIP and EMPRESS failed" 90424 "The video encoder did not return the current sta-

tus." 90425 "The video encoder timed out in BUSY mode. (no

VIP input)" 90426 "The video encoder did not return the current bi-

trate." 90427 "The video encoder did not switch to ENCODING

mode." 90428 "The video encoder could not start from STOP/

IDLE mode." 90429 "The video encoder did not switch from IDLE to

STOP mode." 90500 "" 90501 "Initialisation of I2C failed" 90502 "I2C communication to VIP failed" 90503 "Initialisation of VIP failed" 90504 "Generation of Close Caption data failed" 90505 "VIP not locked to video signal" 90506 "Initialisation of VBI Extractor failed

Error Nr Error String 90507 "No CC data received" 90508 "Closed Caption data overrun" 90509 "Closed Caption data does not match" 90510 "Switch off ColourBar failed" 90511 "Execution of the command on the analogue board

failed." 90600 "" 90601 "Initialisation of I2C failed" 90602 "Initialisation of VIP and EMPIRE failed" 90603 "Initialisation of PLL / Link failed." 90604 "Next descriptor address set wrong." 90605 "Turning on the colourbar failed" 90606 "No I2C communication possible to start video en-

coder." 90607 "Starting the video encoder failed." 90608 "Transfer of data from video encoder to VSM

failed." 90609 "Stopping the encoder failed." 90610 "Turning off the colourbar failed." 90611 "Cannot intialize hostdecoder parallel input" 90612 "Cannot initialise VSM AV-out DMA port" 90613 "Cannot initialise VSM AV-out port" 90614 "Cannot start VSM AV-out DMA port" 90615 "Cannot start VSM AV-out port" 90616 "Transfer of data from VSM to host decoder failed." 90617 "VSM and Hostdec memory do not match (com-

pared after transfer)" 90618 "Decoding of the video data in the hostdecoder

memory failed" 90619 "The data in the hostdecoder is not equal to a col-

ourbar" 90620 "The video encoder did not return the Group Of

Picture count." 90621 "The video encoder did not receive data from the

VIP." 90622 "Execution of the command on the analogue board

failed." 90623 "Initialisation of VIP and EMPRESS failed" 90624 "The video encoder did not return the current sta-

tus." 90625 "The video encoder timed out in BUSY mode. (no

VIP input)" 90626 "The video encoder did not return the current bi-

trate." 90627 "The video encoder did not switch to ENCODING

mode." 90628 "The video encoder could not start from STOP/

IDLE mode." 90629 "The video encoder did not switch from IDLE to

STOP mode." 90700 "" 90701 "Initialisation of I2C failed" 90702 "I2C communication to VIP failed" 90703 "Initialisation of VIP failed" 90704 "Generation of Close Caption data failed" 90705 "VIP not locked to video signal" 90706 "Initialisation of VBI Extractor failed 90707 "No CC data received" 90708 "Closed Caption data overrun" 90709 "Closed Caption data does not match" 90710 "Switch off ColourBar failed" 90711 "Execution of the command on the analogue board

failed." 90800 ""

EN 50 LX9000R5.

Diagnostic Software DVD

Error Nr Error String 90801 "Error routing the audio back to the digital board." 90802 "Error cannot initialise I2C" 90803 "Error cannot initialise VIP" 90804 "Error cannot set ADC enable pin" 90805 "Error cannot set VSM audio clock" 90806 "Error preparing the 12kHz audio-sine" 90807 "Error cannot initialise audio encoder" 90808 "Error cannot initialise VSM audio in port" 90809 "Error cannot initialise VSM audio in DMA port" 90810 "Error cannot initialise VSM audio out DMA port" 90811 "Error cannot initialise audio VSM out port" 90812 "Error cannot initialise host decoder audio in" 90813 "Error loop audio user/dealer cannot start audio en-

coder" 90814 "Error cannot start VSM audio in DMA port" 90815 "Error starting the 12kHz audio-sine" 90816 "Error transfer data from audio encoder to VSM" 90817 "Error cannot start VSM AV out DMA port" 90818 "Error cannot start VSM AV out port" 90819 "Error transfer data from VSM to host decoder" 90820 "Error: audio data in host memory and VSM mem-

ory differ" 90821 "Error: audio data in host memory contains wrong

frequency: frequency Hz" 90822 "Error: audio data in host memory contains si-

lence!" 90823 "There is no correct audio frame in the buffer" 90824 "The audio frame has an illegal version bit" 90825 "The audio frame has an illegal bitrate-index" 90826 "The audio frame has an illegal sampling rate" 90827 "The CRC of the audio frame is wrong" 90828 "The audio frame is not MPEG-I layer II !" 90829 "Error cannot de-mute DAC on analogue board" 90900 "" 90901 "Error routing the audio back to the digital board." 90902 "Error cannot initialise I2C" 90903 "Error cannot initialise VIP" 90904 "Error cannot set ADC enable pin" 90905 "Error cannot set VSM audio clock" 90906 "Error preparing the 12kHz audio-sine" 90907 "Error cannot initialise audio encoder" 90908 "Error cannot initialise VSM audio in port" 90909 "Error cannot initialise VSM audio in DMA port" 90910 "Error cannot initialise VSM audio out DMA port" 90911 "Error cannot initialise audio VSM out port" 90912 "Error cannot initialise host decoder audio in" 90913 "Error loop audio user/dealer cannot start audio en-

coder" 90914 "Error cannot start VSM audio in DMA port" 90915 "Error starting the 12kHz audio-sine" 90916 "Error transfer data from audio encoder to VSM" 90917 "Error cannot start VSM AV out DMA port" 90918 "Error cannot start VSM AV out port" 90919 "Error transfer data from VSM to host decoder" 90920 "Error: audio data in host memory and VSM mem-

ory differ" 90921 "Error: audio data in host memory contains wrong

frequency: frequency Hz" 90922 "Error: audio data in host memory contains si-

lence!" 90923 "There is no correct audio frame in the buffer" 90924 "The audio frame has an illegal version bit"

Error Nr Error String 90925 "The audio frame has an illegal bitrate-index" 90926 "The audio frame has an illegal sampling rate" 90927 "The CRC of the audio frame is wrong" 90928 "The audio frame is not MPEG-I layer II !" 90929 "Error cannot de-mute DAC on analogue board" 140000 "" 140001 "I2C to Clock failed" or "I2C initialisation failed" 140100 "" 140101 "I2C to Clock failed" or "I2C initialisation failed" 141200 "" 141201 "Progressive Scan Board I2C bus busy" 141211 "Progressive Scan Board I2C FLI2200 bus busy" 141212 "Progressive Scan Board I2C FLI2200 read access

time-out"

141213 "Progressive Scan Board I2C FLI2200 no read ac-

knowledge" 141214 "Progressive Scan Board I2C FLI2200 read failed" 141215 "Progressive Scan Board I2C FLI2200 write ac-

cess time-out" 141216 "Progressive Scan Board I2C FLI2200 no write ac-

knowledge" 141217 "Progressive Scan Board I2C FLI2200 write failed" 141218 "Progressive Scan Board I2C FLI2200 failed" 141221 "Progressive Scan Board I2C AD7196 bus busy" 141222 "Progressive Scan Board I2C AD7196 read access

time-out" 141223 "Progressive Scan Board I2C AD7196 no read ac-

knowledge" 141224 "Progressive Scan Board I2C AD7196 read failed" 141225 "Progressive Scan Board I2C AD7196 write ac-

cess time-out" 141226 "Progressive Scan Board I2C AD7196 no write ac-

knowledge" 141227 "Progressive Scan Board I2C AD7196 write failed" 141228 "Progressive Scan Board I2C AD7196 failed" 141300 "" 141301 "Progressive Scan Route Enable failed" 141302 "Generating test image in Hostdecoder failed" 141400 "" 141401 "Progressive Scan Route Disable failed" 141402 "Turning off test image in Hostdecoder failed" 141500 "" 141501 "Progressive Scan Board I2C failed" 141600 "" 141601 "Progressive Scan Board I2C failed"

Diagnostic Software DVD

DVIO 1.8 Error Codes

Error Code Id Description Hardware

0 0x00 DVIOC_ERR_DDS_OK No Error 6 0x06 DVIOC_ERR_DDS_UNKNOWN Unknown Error(including UART communication

error) 17 0x11 DVIOC_ERR_DDS_TNF_1 Link chip incorrect responding µPD72893, Link 18 0x12 DVIOC_ERR_DDS_TNF_2 No link register access or link reset failed µPD72893, Link 23 0x17 DVIOC_ERR_DDS_TNF_7 Link reset failed µPD72893, Link 38 0x26 DVIOC_ERR_DDS_TNF_16 Expecting no 1394 node with GUID connectivity,

while detecting connection 39 0x27 DVIOC_ERR_DDS_TNF_17 Expecting 1394 node with GUID connectivity, while

not detecting connection 48 0x30 DVIOC_ERR_DDS_UPINTRAMAInternal ram problem in address lines µPD78F0988,

Wrapper

50 0x32 DVIOC_ERR_DDS_UPEXTRAMAExternal ram problem in address lines µPD4564163G5,

SDRAM

51 0x33 DVIOC_ERR_DDS_UPEXTRAMDExternal ram problem in data lines µPD4564163G5,

SDRAM

58 0x3A DVIOC_ERR_DDS_ROMCHK Checksum of codespace 0x0000-0x1f80, 0x2000-

0xeffd is not correct 244 0xF4 DVIOC_ERR_LINK_HWPHY PHY chip not responding(PHY down report received) µPD72852, Phy 245 0xF5 DVIOC_ERR_LINK_HWLINK LINK chip not responding µPD72893, Link

µPD78F0988, Wrapper

EN 51LX9000R 5.

5.5 Loop tests

The following loops can be distinguished:

• Loops performed on the digital board only

• User Dealer loops performed on the digital and analogue

board

• System loops performed via an external connection: outputs are looped back to the inputs.

EN 52 LX9000R5.

5

0 0

Diagnostic Software DVD

.5.1 Nucleus 900: Digital Audio Loop

This nucleus tests the audio path through the digital board

NUCLEUS 900: AUDIO LOOP DIGITAL

ANALOGUE BOARD

DIGITAL BOARD

7500

VIP

VIP_ICLK: 27MHz

7403

EMPRESS

GND

Figure 5-9

STI 5508

VSM

TR 01008_002 251102

7200

7100

5.5.2 Nucleus 901: Audio User Dealer Loop

This Nucleus is only possible in NAFTA sets. A PCM audio sine of 12kHz is generated in the Host Decoder for a while and sent to the analogue board. The signal coming from the analogue board is encoded again and sent to the memory of the host decoder for comparison. This nucleus tests the components on the audio signal path:

• Host decoder

• Flex connection between connector 1602 (digital board)

and connector 1900 (analogue board)

• DAC

• Op-amp

• Scart switch IC

• ADC

• Audio Encoder

• VIP

• VSM

NUCLEUS 901: AUDIO USER DEALER LOOP

FRONT AV BOARD

CINCH IN

connector

1911

CINCH OUT

ANALOGUE BOARD

connector

1942

7501

HEF4052

DIGITAL BOARD

VIP

7500

7004

ADC

connector

1900

connector

1602

I2S I2S

7002

DAC

connector

1900

connector

1602

STI 5508

7001

7200

.5.3 Nucleus 902: Digital Video Loop

A colourbar generated in the host decoder is looped through the VIP, Empire, and VSM and checked again in the host decoder. The following components are tested on the video signal path:

• VIP

• Empire

• VSM

• Host decoder

7403

EMPRESS

VIP_ICLK: 27MHz

7100

VSM

TR 05003_0

2511

Figure 5-10

Diagnostic Software DVD

5.5.4 Nucleus 903: Digital Video VBI Loop

EN 53LX9000R 5.

ANALOGUE BOARD

DIGITAL BOARD

7500

VIP

NUCLEUS 902: DIGITAL VIDEO LOOP

7408

STV6618

VIP_ICLK: 27MHz

Nucleus for testing the components on the video VBI signal path:

• The VIP

• The VSM

• The Host Decoder

This is done by using the internal test signal source (digital board only) Remark: this test is only successful if nucleus 121 is carried out first.

NUCLEUS 903: DIGITAL VIDEO VBI LOOP

ANALOGUE BOARD

7200

STI 5508

7408

STV6618

7403

EMPRESS

Figure 5-11

7100

VSM

TR 01010_002 251102

DIGITAL BOARD

7500

VIP

VIP_ICLK: 27MHz

7403

EMPRESS

Figure 5-12

7200

STI 5508

7100

VSM

TR 01011_002 251102

EN 54 LX9000R5.

5

Diagnostic Software DVD

.5.5 Nucleus 904: System Video Loop

Nucleus for testing the components on the video signal system path:

• The VIP

• The video encoder

• The VSM

• The host decoder

• The analogue board

On the analogue board the video signal will be routed to the SCART (EUROPE) or CINCH (NAFTA). There it will be looped back externally by means of the proper cable

NUCLEUS 904: SYSTEM VIDEO LOOP

SCART AUX (EUR) CINCH IN (NAFTA)

ANALOGUE BOARD

7408

STV6618

SCART TV (EUR) CINCH OUT (NAFTA)

5.5.6 Nucleus 905: System Video VBI Loop

This nucleus tests the components on the video signal path:

• The VIP

• The VSM

• The Host Decoder

The video CVBS signal is routed to the output of the analogue board where it will be looped back by means of an external cable Remark: this test is only successful if nucleus 121 is carried out first.

NUCLEUS 905: SYSTEM VIDEO VBI LOOP

SCART AUX (EUR) CINCH IN (NAFTA)

SCART TV (EUR) CINCH OUT (NAFTA)

ANALOGUE BOARD

7408

STV6618

connector

VIP

1947

1601

DIGITAL BOARD

7500

VIP_ICLK: 27MHz

EMPRESS

EPG BOARD optional

7403

Figure 5-13

connector

1947

connector

1601

STI 5508

VSM

TR 01012_003 130303

7200

7100

VIP

connector

1947

connector

1601

7500

EPG BOARD optional

DIGITAL BOARD

VIP_ICLK: 27MHz

EMPRESS

Figure 5-14

7403

connector

1947

connector

1601

STI 5508

VSM

TR 01013_003 130303

7200

7100

Diagnostic Software DVD

EN 55LX9000R 5.

5.5.7 Nucleus 906: Video User Dealer Loop

Nucleus for testing the components on the video signal system path:

• The VIP

• The video encoder

• The VSM

• The host decoder

• The analogue board

On the analogue board, the video signal is internally routed back to the digital board.

NUCLEUS 906: VIDEO USER DEALER LOOP

ANALOGUE BOARD

7408

STV6618

5.5.8 Nucleus 907: Video VBI User Dealer Loop

This nucleus tests the components on the video VBI signal path:

• The VIP

• The VSM

• The Host Decoder

The signal is routed back internally on the analogue board Remark: this test is only successful if nucleus 121 is carried out first.

NUCLEUS 907: VIDEO VBI USER DEALER LOOP

ANALOGUE BOARD

7408

STV6618

VIP

connector

1947

connector

1601

7500

EPG BOARD optional

DIGITAL BOARD

VIP_ICLK: 27MHz

7403

EMPRESS

Figure 5-15

connector

1947

connector

1601

STI 5508

VSM

TR 01014_003 130303

7200

7100

VIP

connector

1947

connector

1601

7500

EPG BOARD optional

DIGITAL BOARD

VIP_ICLK: 27MHz

7403

EMPRESS

Figure 5-16

connector

1947

connector

1601

STI 5508

VSM

TR 01015_003 130303

7200

7100

EN 56 LX9000R5.

5

NUCLEUS 908 : AUDIO USER DEALER LOOP

VIP

STI 5508

VSM

EMPRESS

DIGITAL BOARD

ANALOGUE BOARD

HEF4052

DAC

ADC

connector

1900

connector

1900

connector

1602

connector

1602

VIP_ICLK: 27MHz

I2S I2S

HEF4052

7501

SCART TVSCART AUX

7500

7004

7504

7002

7001

7403

7200

7100

TR 01016_002 251102

Diagnostic Software DVD

.5.9 Nucleus 908: System Audio Loop Scart (Europe)

Nucleus for testing the components on the audio signal path:

• The hostdecoder

• The analogue board

• The audio encoder

• The VSM

On the analogue board, audio is passed to the SCART connector, where a SCART cable needs to be used to loop back the audio signal to the digital board

5.5.10 Nucleus 909: System Audio Loop CINCH (Nafta)

Nucleus for testing the components on the audio signal path:

• The hostdecoder

• The analogue board

• The audio encoder

• The VSM

A parameter has to be specified to select the appropriate output routing. This parameter is identical to nucleus 713.

NUCLEUS 909 : AUDIO USER DEALER LOOP

ANALOGUE BOARD

CINCH IN (NAFTA)

7501

HEF4052

7004

ADC

CINCH OUT (NAFTA)

7002

DAC

7001

Figure 5-17

connector

1900

connector

DIGITAL BOARD

1602

I2S I2S

7500

VIP

7403

EMPRESS

VIP_ICLK: 27MHz

Figure 5-18

5.5.11 Nucleus 910: DVIO Video Input

Nucleus for testing the components on the video signal path:

• The DVIO board

• The VIP

• The video encoder

• The VSM

• The host decoder

connector

1900

connector

1602

STI 5508

VSM

TR 01017_002 251102

7200

7100

Note :This Test is not valid for Nafta in DVDR-Lead. For Europe the sound will be available on scart 2.

5.5.12 Nucleus 911: DVIO Video VIP

Nucleus for testing the components on the video signal system path:

• The host decoder

• The analogue board

• The VIP

On the analogue board the video signal will be routed accord-

Diagnostic Software DVD

ing to the parameter. There it will be looped back externally by means of the proper cable.

The correct Routing path has to be selected by a parameter:

Analog board Version

01 1 712.21

11 1 712.21

31 2 712.17 31 3 721.18 31 3 712.19

41 2 712.17 41 3 712.18 41 4 712.19 41 5 712.20

71 4 712.19

Remark: Nucleus 704 gives the analog board version

Selectable parameter

Internal call to nucleus 712

EN 57LX9000R 5.

EN 58 LX9000R5.

Diagnostic Software DVD

EN 596.LX9000RBlock & Wiring Diagrams

Block diagram 1 LX9000R, 030703

DIGITAL

IN

coax

ANALOG IN 1

ANALOG IN 2

INPUT/OUTPUT PROCESSING

&

SOURCE SELECTION

DAOUT

1951

1940-1

1940-2

7581

OPT. IN

1952

1

9

1950

1943

31

110

1900

122

1947

1960

ANALOG AUDIO

122

1942

19

1953

13

AIN1L

AIN1R

AIN2L

AIN2R

1934

7

1

1935

8

1

14

AV BOARD

(Analog Video Board)

for details see

separate block diagram

AINFR

AINFL

CVBSFIN

NC

CFIN

YFIN

5V

5V_OPT

5N

5N_STBY 5V_STBY

33V_STBY

12V_STBY

3V3

IPFAIL

ION

STBY

AUDIO I2SVIDEO

ANALOG AUDIO / VIDEO

WU

ADC

DAC

TV OUT

TV TUNER

CENTRAL CONTROLLER

SUB BOARD

P50

CLOCK & BACKUP

CONTROL µP

1986

110

5V_STBY

SCL_CECO

SDA_CECO

INT_CECO

IPOR_DC

CECO_RST

NTC_FRONT

I2C BUS

1906

3 1

1901C

LINE OUT

1901B

1901A

LINE IN1

LINE IN2

1902

DIGITAL

OUT coax

1903

15

1

2, 15

4, 11

5, 14 1, 12

SOURCE SELECTOR

7901

HEF4052BT

LOGIC

+5VA

AIN1L

AIN1R

AIN2L

AIN2R

-5V_STBY

AF_MUX2AF_MUX1

AF_MUX1

LINE_IN1

ANALOG_IN1 ANALOG_IN2

LINE_IN2

AF_MUX2

10

7

3, 13

16

86

9

VSS VEE VDD

1905

13

1904

13

GND

SPDIF

1907

61

-5V_STBY

+5VA

MUX_LEFT

MUX_RIGHT

LINE_LEFT

LINE_RIGHT

AUXILIARY BOARD

1802

1

12

1803

DIG In 1

DIG Out 1

DIG In 2

OPT In

1

12

1

9

1

6

MDM BOARD

(Multi-channel Decoding Module)

for details see

separate block diagram

f

0

1610

15

1

1600

121

1623

131

1622

110

1613

81

1612

71

1601

231

1602

12

1

1603

12

1

1606

TU_SD

NC

11

1

1620

1

10

1621

1

10

1611

1

4

+12V_AM

9V_TUNER

to 1623/7

to/from 1600

TU_RDS

-5V_STBY

+5V_A

-12V_A +12V_A

+5V_A

+5V

–5V

–5V_STBY

+5V_STBY

+33V_STBY

+3V3

+12V_A

+HP

9V_TUNER HP_REF

C_REF

S_REF

+9V2

+12V_STBY

+5V_STBY

-5V_STBY

+33V_STBY

+12V_AM

–12V_A

+5V_A

+5V

–5V

TU_RIGHT

TU_L, R

TU_CE

TU_DI

AF_MUX1 AF_MUX2

TU_CLOCK

TU_LEFT

TU_stereo

MUX_LEFT

MUX_L, R

DOWNMIX_L, R

MUX_RIGHT

DOWNMIX_R

DOWNMIX_L

MDM_L

MDM_R

SOURCE

SELECTOR

VOLUME I

SUR

SOUND VOLUME II

7500

Source Selector & Soundprocessor

L, R FRONT SPEAKERS

I2C BUS

AF_I2C_SDA, SCL1

I2C BUS

I2C Control

4, 25

17

12

7, 22 13, 14, 15 1 27 28

3, 26

5, 24

6, 23

8

21

Power Supply

+9V2

I2C BUS

SOURCE

SELECTOR

VOLUME I

SUR

SOUND VOLUME II

7654

Source Selector & Soundprocessor

SUBWOOFER&CENTER SPEAKER

I2C Control

4

12

17

7, 22 13, 14, 15 1 27 28

26

25

8

21

Power Supply

+9V2

AF_I2C_SDA, SCL2

MDM_CENTRE

LINE_L

MDM_SUB

LINE_R

LINE_L, R

I2C BUS

MDM_SL

MDM_SR

MDM_OUT_R

MDM_OUT_L

MDM_SR

MDM_SL

MDM_SUB

TU_RDS

TU_SD

TU_CE

TU_CLOCK

TU_stereo

TU_DI

MDM_SDA

MDM_SCL

MDM_IRQ

MDM_RESET

AF_I2C_SDA

AF_I2C_SCL1

MUTE_LINE

AF_I2C_SCL2

AF_I2C_SCL3

AF_MUX1

AF_MUX2

SET_FAN_CTRL

DVD_FAN_CTRL

NTC_Trafo

NTC_Amp

NTC_Supply

MDM_SDA

MDM_SCL

MDM_IN_L

MDM_IN_R

MDM_IRQ MDM_RESET

SET_FAN_CTRL

INV_ON

INV_ON (ION)

WU

INV_ON

STBY_CTRL

NTC_Supply

IPFAIL

LINE_LEFT

NTC_Amp

AMP_LEFT

HP_DET

HP_LEFT

HP_RIGHT

AMP_RIGHT

LR_AMP_ON

AMP_CENTRE

AMP_ON_CENTER

AMP_SL

AMP_SR

AMP_SUB

NC

SUR_ON

FREQU_HOP

LINE_RIGHT

from 1623

NTC_Trafo

PWR_DOWN

RELAY_CTRL

INV_ON

PWR_DOWN

RELAY_CTRL

PWR_DOWN

SCART_WAKEUP

STBY

SCART_WAKEUP

STBY_CTRL

MUTE

MUTE_ALL

XMUTE_ALL

FREQ_HOP

MUTE_HP

LR_CSUB_ON

HIGHPASS_ON

XHIGH-

PASS_ON

SUR_ON

MUTE_CENTRE

SOURCE

SELECTOR

VOLUME I

SUR

SOUND VOLUME II

7604

Source Selector & Soundprocessor

SURROUND SPEAKERS

I2C Control

4

17

12

7, 22 13, 14, 15 1 27 28

25

8

21

Power Supply

+9V2

AF_I2C_SDA, SCL3

MUTE_LINE

7502-1

NJM4556AM

+HP

R

HIGH PASS

LOW PAS S

L

R

L

7502-2

NJM4556AM

+HP

7650-1

CENTRE

SUB

NJM4556AM

+HP

7650-2

NJM4556AM

+HP

7600-2

NJM4556AM

+C_OPAMP

7600-1

NJM4556AM

+C_OPAMP

MUTE

+

+C_OPAMP

+

MUTE

7501

7514

7570

7560

7655

+12V_STBY

+3V3

+

7520

1446

1445

AUDIO L

AUDIO R

CVBS

S-VIDEO

DIGITAL

VIDEO IN

IEEE1394

1947

to

DVIO Board

1101

19

AINFR

AINFL

CVBSFIN

NC

CFIN

YFIN

AV FRONT CONNECTORS

(CAM 1)

FRONT - CONTROL BOARD

14061403

10 1

1405

110

1401

121

1402

231

1404

9

1

5V_STBY

SCL_CECO

KEY2

SDA_CECO

INT_CECONCPOR_DC

CECO_RST

NTC_FRONT

1

14

1407

81

ROTARY_SA

ROTARY_SB

NTC FRONT

MM_SWI

LED_STBY

+12V_AM

NC

+12V_AM

MM_OUT

MM_IN

TU_RDS

TU_SD

TU_CE

BL_DISP

TU_CLOCK

TU_stereo

TU_DI

SET_FAN_CTRL

DVD_FAN_CTRL

+5V_A

MDM_SDA

MDM_SCL

MDM_IRQ

MDM_RESET

AF_MUX1

AF_MUX2

NTC_Trafo

NTC_Amp

NTC_Supply

+12V_AM

AF_I2C_SDA

AF_I2C_SCL1

AF_I2C_SCL2

AF_I2C_SCL3

MUTE_ALL

FREQ_HOP

MUTE_HP

LR_CSUB_ON

HIGHPASS_ON

SUR_ON

MUTE_CENTRE

MUTE_LINE

INV_ON

STBY_CTRL

RELAY_CTRL

PWR_DOWN

SCART_WAKEUP

+5V

+LCD

NC

+12_AM

KEY 1

HP_DET

BL_ROT_V

BL_ROT_V_HI

BL_ROT_S_HI BL_ROT_V_LO

BL_ROT_S_LO

LED_InstRec

BL_ROT_S

LED_REC

RC6

RotaryVA

RotaryVB

+5V_STBY

7403

7405

7402 7404

7406

1409

RESET

VERSION DETECT.

EEPROM

RESET

12 MHz

+µP

5 6

8

+µP

RDS

DECODER

SAA6581T

7407

ASP BOARD

(Audio Signal Processing)

DI_I2C_CLK

DI_I2C_SDA

DI_I2C_CLK

7410

7411

I2C BUS

DI_I2C_SDA

I2C BUS

7406

BL_DISPLAY_HI BL_DISPLAY_LO

MICRO PROCESSOR

TMP88CU74F

VDD

VKK

VSS

VASS

VAREF

68

60 61

6966674039

107172

7

8

9

38

78

5V_STBY

+LCD

+µP

+3V3_STBY

+

AM-FRAME AERIAL

FM

AUDIO TUNER

KEY BOARD left 2

STANDBY

KEY MATRIX

KEY2´

KEY2

1430

31

1423

1427

31

STANDBY

1424

31

1425

851

3

21

1422

81

1421

71

ROTARY_SA

ROTARY_SB

NTC FRONT

MM_SWI

LED_STBY

BL_ROT_S

+5V

_STBY

+12V_AM

NTC AMBIENT TEMP.

KEY BOARD left

+5V_stby

14207430

MM_OUT

MM_IN

9

1

+5V

_STBY

7431

6403

SOURCE

1426

6404

BACKLIGHT

+12V_AM

24

+12V_AM

1

14

1414

1415

17

BL_ROT_S

+5V

_STBY

+12V_AM

1417

KEY 1

HP_R

HP_L

HP_DET

BL_ROT_V

LED_InstRec

BL_ROT_S

LED_REC

RC6

1

4

KEY MATRIX

RotaryVA

RotaryVB

+5V_STBY

VOLUME

1418

6402

BACK-

LIGHT

+12V_AM

+5V_STBY

7401

12

3

IR EYE

INSTANT

+5V

7421

6420

RECORD

+5V

7420

6401

HEAD-

PHONE

1416

KEY BOARD right

p

6001

1440

red

1441

3

1

M

_

+

NC

8040

8011

9P KR/KR shielded 670mm

8039

2P OP/OP 100mm

8037

3P EH/OP 90mm

8036

3P FFC 1.25 /BD 50mm

8034

8P FFC 1.00 /AD 350mm

8007

10P FFC 1.00 /BD 700mm

8023

11P FFC 1.25 /AD 180mm

8017

10P FFC 1.25 /AD

92mm

8022

4P FFC 1.25 /AD

340mm

8018

10P FFC 1.25 /AD

92mm

8012

15P FFC 1.25 /AD 340mm

8002 22P FFC 1.00 /BD 200mm

8005 10P FFC 1.00 /AD 152mm

8003 22P FFC 1.00 /BD 110mm

8013

6P EH/EH shielded 440mm

8008

9P PH/PH shielded 440mm

8024

12P EH/EH 80mm

8025

12P EH/EH 80mm

8010 3P EH/SCN black 140mm

8110

3P EH/SCN blue 140mm

8009

7P PH/OP 360mm

8006

4P PH/PH shielded 220mm

8021

13P PH/SAN 170mm

to sheet 2, 1602 Dig. board

to sheet 2, 1207 Power sec. board

to sheet 2, 1208 Power sec. board

to sheet 2, 1600 Dig. board to sheet 2, 1601 Dig. board

to sheet 2, 1501 DVIO board

8020

10P PH/PH 190mm

8109

8P PH/OP 360mm

8032

14P FFC 1.25 /BD 100mm

8033

7P FFC 1.25 /BD 390mm

8026 23P FFC 1.25 /AD 440mm

8027 21P FFC 1.25 /AD 500mm

8035 9P FFC 1.25 /AD 375mm

BLOCK & WIRING DIAGRAM 1

EN 606.LX9000RBlock & Wiring Diagrams

Block diagram 2 LX9000R, 230703

1280

1281

1282

1283

5280

5281

7282

2

1

1284

2

1

+5V_STBY´

+33V

+12V_STBY´

1287

1286

8

RELAY_CTRL

!

!!

1

5

1

6281

6283

6282

6284

1290

!

1291

!

1292

!

+

+5V_STBY´

+

-5V_STBY´

+

PWR_DOWN

6293

6285

6287

6289

6290

6286

6288

6292

+

1207

1209

1202

1

6

141

2

1

2

1

4

1

6

1

10

1203

16

12011206

18

1200

1205

8

1

+12V_STBY

+12V_A

–12V_A

+5V_A

+A

-A

-12V_A

-12V_M

+5V_A

+5V

–5V

1208

13

1

+3V3

+5V_STBY

-5V_STBY

+33V_STBY

+12V_AM

SET_FAN_CTRL

INV_ON

NTC_Supply NTC_Trafo PWR_DOWN RELAY_CTRL

RELAY_CTRL

INV_ON

NTC

TEMPERATURE

POWER SUPPLY SEC.

+5V_STBY

+12V_A

+5V_A

+3V3

-12V_A +12V_OCD

NTC

FAN (rear)

1212

+FET

6220

5201

6210

6211

!

1211

!

1214

L7912

7206

7210

7211

!

1213

!

+

+5V

+4V4

+12V_A

+12V_AM

Voltage Limiter

OverCurr.

protect.

OverVoltage

protection

LM2941

7203

+12V_STBY

LD1086

7200

+5V_STBY

+12V_STBY´

+5V_STBY´

-5V_STBY´

7201

-5V_STBY

-5V

+33V_STBY

L7905

7205

+3V3

+5V

-5V

+4V4

+12V_M

+3V3

LM2576T

on/off

7204

INV_ON

+12V_M

PWR_DOWN

2

1

FAN CONTROL

112

POWER SUPPLY secondary BOARD

POWER SUPPLY primary BOARD

!

5202

STANDBY

MAIN TRANSFORMER

!

5

1

7225

OV

protect.

L4940

Voltage Limiter

1302

7100

1

10

1306

9

1

1303

1

10

ERROR FREQU_HOP

AMP_LEFT

SUR_ON

L/R ON

AMP_CENTRE

CLOCK

FRONT SPEAKERS

CENTRE SPEAKER + SUBWOOFER

SURROUND SPEAKERS

AMP_RIGHT

AMP_ON_CENTRE

AMP_SR

AMP_SUB

NC

AMP_SL

CLOCK

GENERATOR

NTC

TEMPERATURE HEATSINK

Front Left

Front Right

Subwoofer Left

Subwoofer

Subwoofer Right

Centre

Surround Right

Surround Left

Surround Right

Surround Left

+

-

+

MODE

PWM

MODULATOR

PWM

MODULATOR

OSCILLATOR

ON / OFF

9

16

21

8

6

7

5

4

TDA8920

7200

+

-

+

MODE

PWM

MODULATOR

PWM

MODULATOR

OSCILLATOR

ON / OFF

9

16

21

8

6

7

5

4

TDA8920

7300

+

-

+

MODE

PWM

MODULATOR

PWM

MODULATOR

OSCILLATOR

ON / OFF

9

16

21

8

6

7

5

4

TDA8920

AMPLIFIER BOARD

LS SOCKET BOARD

1312

16

Vdd Vss

NC

1308

8

1

1307

ERROR

to 1302/9

8

1

1926

9

1

1928

8

1

1927

8

1

DC

DETECTION

BE_FAN

RESETN_BE

BE_LOADN

S2B

FRONT-END I2S

DVD & RW ENGINE

TRAY CONTROL

SERVO

READ

WRITE

DISC

7

DATA

&

CONTROL

LASER

1402

1100+1101

1900

+3V3

+5V

GND

+4V6E

-5V

+12V

1000

5

DVIO BOARD

DIGITAL BOARD

for details see

separate block diagram

for details see

separate block diagram

1101

8040

from sheet 1

IEEE1394

8019 6P EH/EH 320mm

8014

8P EH/OP 110mm

8016

9P EH/OP 130mm

8015

8P EH/OP 130mm

blue

8031

8P EH/EH 620mm

8029

12P PH/PH 500mm

8030

8P PH/EH 280mm

from sheet 1

1621 ASP board

from sheet 1

1622 ASP board

from sheet 1

1623 ASP board

from sheet 1

1620 ASP board

from sheet 1, 1900 A/V board from sheet 1, 1986 uP sub- board from sheet 1, 1947 A/V board from sheet 1, 1960 A/V board

to 1602 Dig. board to 1600 Dig. board to 1601 Dig. board

to 1501 DVIO board

8001

30P FFC 1.00 splitted

AD 100mm

BLOCK & WIRING DIAGRAM 2

EN 616.LX9000RBlock & Wiring Diagrams

FRONT

Analog input

DIGITAL PCB 1.5

VSM

Stream Manager

SDRAM

MPEG VIDEO

ENCODING

EMPRESS

SDRAM

FLASH 4MBDRAM

VIDEO INPUT PROCESSING

MPEG AV DECODER + HOST (Sti5519)

2MB SDRAM

ANAL.VIDEO

DIG. AUDIO

VSM_UART1

IRESET_DIG

CVBS-RGB-Y/C

RS232

SERVICE

AUDIO PCM I2S

SPDIF

AE_WCLK AE_BCLK

AD_DATAI

OPT_IN

COAX_IN

MUTEN AD_ACLK

AUDIO ENCODER I2S

YUV-YCVBS/C

ANALOG AUDIO L/R

ANALOG AUDIO VIDEO

BE_FAN

CVBS_OUT_B

C_OUT_B

Y_OUT_B

R_OUT_B G_OUT_B B_OUT_B

V_IN

U_IN

Y_IN

C_IN

CVBS_Y_IN

RESETN_BE

BE_LOADN

S2BS2B

I2S

FRONT-END I2S

FRONT-END I2S or //

9

DVD & RW ENGINE

TRAY CONTROL

SERVO

READ

WRITE

DISC

PSU

INFRA RED EYE

DISPLAY & CONTROL

PSU

IPOR_DC

I2C

2

CLOCK & BACKUP

TUNER

INPUT/OUTPUT PROCESSING & SOURCE SELECTION

DAC

CONTROL uP

P50

FAN 12V

DC

OPTIONAL

INTELLIGENT CONTROL

ANALOG BOARD

SCART II AUXI/O

SCARTI TO TV

- I/O

AUDIO DIGITAL

7

DATA &CONTROL

LASER

EMI BUS

+12Vstby

-Vgnstby

SCL

SDA

INT

POR_DC

5STBY

124

6

8

2

1

AFCRI

AFCLI

CVBSFIN

CFIN

YFIN

3 4 5 7 8 9

1900

1402

1947

1942

1960

1947

1986

1900

1943

1901

1406

42853910

1602

1600

1601

1501

4

1100

+

1101

1234567

+3V3

+5V

GND

+4V6E

-5V

+12V

8

PSU

124

6

8

1234567

+3V3

GND

ION

+5V

+12V

8

1

1000

91011

GND

-5V

12

S-VIDEO

CVBS

AUDIO R

AUDIO L

AFCRI

ANA_R ANA_L

AFCLI CVBSFIN

8SW

CFIN

YFIN

AUDIO L/R

5

ANTENNA INPUT

TV OUT

ADC

DIG.VIDEO

VIDEO MPEG2

AUDIO MPEG1

1 2 3 4 5 6 7 8 9

1 4

12 14 16 18 20 22

110

20 21

18

2

4

3

7 9

11 12 14

22 20 18 16 14

POWER OPEN/CLOSE PLAY STOP RECORD REC-MODE SOURCE VOLUME

FRONT PROCESSOR

AD_DATAO AD_WCLK

AD_BCLK

uP SUB BOARD

10

Block diagram DVD+RW part LX9000R, 230703

BLOCK DIAGRAM

DVD + RW part

FRONT

Digital Video input

IEEE 1394

+3V3 +5V

4

1901

1500

1501

+12V

DV_VS DV_CLK

VSM_UART2

YUV(7:0)

4

60

DVIO 1.8

PHY

LINK

SDRAM

WRAPPER

DV CODEC

AUDIO DAC

(DATA+CONTROL+PSU)

A: DC, 500mV/Div

10us/Div

A_YCVBS F4709

A: DC, 200mV/Div

10us/Div

D_CVBS F4712

A: DC, 200mV/Div:

10us/Div

D_Y F4714

2V / div AC 10us / div

2V / div AC 200ns / div

AD_WCLK; AE_WCLK

AD_BCLK; AE_BCLK

2V / div AC 50ns / div

AD_ACLK

D_C F4716

A: DC, 200mV/Div

10us/Div

A: DC, 200mV/Div

10us/Div

A: DC, 200mV/Div

10us/Div

D_R F4718

D_G F4720

A: DC, 200mV/Div

10us/Div

D_B F4722

F4712 F4714 F4716 F4718 F4720 F4722

AE_xCLK

AD_xCLK

F4709

6001

EN 626.LX9000RBlock & Wiring Diagrams

µP-Subprint

Display Control Board

Analog Board

DVIO-Board Digital Board Basic Engine

DVIO BE

ext. Latch ext. RAM ext. Flash

int. RAM int. ROM

Central-µP

TMP91CW12AF (3,3V Supply)

AD0-AD7

A8-A16

A8-A19

AD0-AD7

A0-A7 A0-A7 WE

BE_FAN

Digital Board

WE

Reset-IC

Fan

Control

P50

=

>

1

KILL

AKILL

I2S

IPFAIL

I2S

FBIN

IPFAIL

IPOR

Reset

INT

only

Sense 3V3STBY

ADC/DAC

(UDA1334BTS

UDA1361TS)

Frontend

Video

Frontend

Audio

(MSP)

DataSlicer (STV5348)

Follow Me

EEPROM (M24C16)

IO

Video

(STV6618)

IO

Audio

(HEF IC'S)

Power

Supply

Front µP

TMP87CH74F

Display

I2C

Level

Shifter

I2C 3,3V

I2C 5V

AKILL

I2C

INT

IPOR_DC

Blockdiagram

Control Lines and Bus Systems DVD+RW part

I2C

SWITCH

5SW

I2C_SW

PSS SB1 SFS_TS AFC AGC

A_DATA D_DATA

A_RDY

D_RDY

IRESET_DIG

PWONSW

WU WSFI FBIN P50 8SC2

STBY ION

I2C_SW

VSA1

ASC1S

VSA2

3

2

5

2

8

5

2

5

RSA1 RSA2

SIF1

FOME

INT, IPOR_DC

P50in P50out

ASC1M for EUROPE only

I2C_SW (for NAFTA only)

2

Fan_off

I2C

( for EUROPE

only)

LEVELSW

For EUROPE only

Blockdiagram Control lines and bus systems LX9000R, 120603

EN 636.LX9000RExploded Views

EV set LX9000R, 200703

5201

1207

1208

5202

1206

1210

1204

1202

1203

1201

1211

1210

1209

272

Pl 3x10

3x

M 3x33

4x

M3x6

4x

M3x6

4x

Pl 3x10

2x

Pl 3x10

Pl 3x6

2x

M3x6

2x

M3x6 Ni

2x

M3x6 Ni

2x

Pl 3x10 Ni

3x

Pl 3x10 Ni

2x

Pl 3x10

2x

Pl 3x10

M3x10

Pl 3x10

2x

241

2x

265

4x

M3x6

4x

M3x6

4x

M3x18

4x

M3x6 washer

2x

M3x8 washer

4x

M3x6 washer Ni

4x

M3x6 Ni

5x

M3x6

3x

M3x6

4x

286

4x

258

2x

252

4x

211

210

253

215

219

230

254

263

267 (not for /37)

262

266

280

ANALOG VIDEO BOARD

AMPLIFIER BOARD

ASP B

OA

RD

MDM 2000

BOARD

MAINS BOARD

primary

AUXILIARY BOARD

DIGITAL BOARD

DVIO BOARD

CENTRAL CONTROLLER

VIDEO TUNER

AUDIO TUNER

MAINS BOARD

secondary

255

226

227

225

LOUDSPEAKER SOCKETS

BASIC ENGINE VAE8020

Pl 3x10 Ni

Pl 3x10

4x

251

1203

5201

5202

265

4x

cable tie

2x

cable tie

EXPLODED VIEW / apparatus

EN 646.LX9000RExploded Views

117

192

3x

1001 1002

EV front LX9000R, 200703

Pl 1,4x4

3x

Pl 3x10

2x

Pl 1,7x9

2x

Pl 3x10

5x

109

2x

183

2x

Pl 2x10

2x

Pl wash 2,6x10

1001

115

188

187

3x

160

1001

CONNECTOR I-LINK

M2x4

2x

Pl 2x10

2x

Pl 3x10

2x

167

Pl 3x10

6001

163

114

168

155

104

106

128

105

111

129

127

185

1002

8041

1001

189

8040

151

118 119

152

177

178

103

175

150

149

152

125

124

120

121

126

122

123

foil adhesive

8x

foil adhesive

190

180

181

felt

153

DISPLAY POS.

DETECT. SWITCH

A/V FRONT CONNECTORS

KEY BOARD left

KEY BOARD left 2

KEY BOARD right

CONTROL BOARD

Pl 3x10

4x

171

always order all 3 parts together

EXPLODED VIEW / Front assembly

EN 657.LX9000RCircuit Diagrams and PWB Layouts

RESET

POW SUPPL

COMP

BANDPASS

TEST

CTRL

SIGNAL QUALITY

CLK

&

OSC

&

CLOCKED

(8th ORDER)

VSSA

DEM

RDS/RBDS

57 Khz

DET

V16

VDD

sink o.drain

V25 V26

V27 V28

-RESET

TEST

XTOUT

XTIN

-STOP

-INT0

-INT1

drain

P6-P9 source open drain

source open

drain 80k p.d.

80k pull

down

P04

P05

P06

P07

80k pull down

80k pull down 80k pull down

V4

V5V6V7V8V9

V10

V11

V12

V13

V14

V15

CPU

VFT driver circuit (automatic display)

8-Bit A/D

Converter

8-Bit Input/Output

(tri-state)

P0

V17

V18

V19

V20

V21

V22

V29 V30 V31 V32 V33

V34 V35

V36

VKK

-SCK1 SI1

SO1

P03

PD

VSS

VAREF

VASS

XOUT

XIN

P5

TC2

-DV0

-SCKO

AIN0

AIN1

AIN2

AIN3

AIN4

P1

(tri state)

8-Bit Input/Output

P4

sink o.

3-B. I/O P3

AIN5

AIN6

AIN7

AIN10

AIN11

AIN12

AIN13

V0V1V2

V3

TC4

Counter

Program

ROM RAM

8-Bit h. break. v.

(tri-state)

8-Bit Input/Output

SCA

SCL

INT4

INT2

TC1

V23

V24

output port with latchoutput port with latch out w. latchP8

out. port w. latch P9

8-Bit h. breakdown v.

8-Bit high breakdown voltage8-Bit high breakdown v.

5-Bit h. breakd. v.

out w. latch

( tristate )

8-Bit I/O P2

P7P6

4-Bit In/Output

(tri-state)

not used

F480 H10

F479 H10

F478 H9

7

F487 H14

not used

F448 H9

F447 H8

F446 H8

F445 H8

F444 H7

F443 H7

G

F

E

D

C

B

A

F

E

D

B

A

H

2403 H2

not used

F485 H12

F484 H12

F483 H11

F482 H11

F481 H10

F414 A8

F413 A14

F412 A14

F411 A13

F410 A13

F409 A13

F477 H9

F476 H9

F475 H8

F474 H8

F473 H8

F472 H7

F471 A15 F501 F8

F500 G6

F499 G6

not used

F497 G6

F496 F12

F495 A10

F494 A10

F493 D5

F492 C5

F491 C5

F490 B5

F489 B5

F488 A5

F453 H10

F452 H10

F451 H9

F450 H9

F449 H9

F406 A10

F405 A9

F404 A9

F403 A8

F402 D12

F401 D12

F442 H7

F441 H7

F440 H6

F439 H6

F470 H7

F469 H6

F468 H6

F467 H6

F466 H6

F465 H5

C

F463 E7

F462 H14

F461 H14

F460 H13

F459 H13

F458 H12

F457 H12

F456 H12

F455 H12

F486 H12

F419 A12

F418 A11

F417 C12

F416 A8

F415 A8

3556 E4

3555 E4

3554 E4

3553 E5

3552 D5

3551 D5

F408 A12

F407 A12

F438 H6

F437 H5

F436 H5

F435 H5

F434 F5

F433 F5

F432 C12

F431 D12

F498 G6

F429 A11

F428 A11

F427 A11

F426 A10

F425 A14

F424 E3

F423 A13

F454 H11

4406 A12

4405 B12

4404 G8

4403 E5

4402 E5

3542 B12

3541 A9

3540 A9

3539 A8

3538 A7

3537 A7

F400 A8

7417 A12

7416 B12

7415 G7

7414 E4

7413 E5

7412 A10

7411 D2

7410 C2

7409 G12

F464 H5

F421 A13

to 1407

ROTARY ENCODER

F420 A13

EEPROM

RESET

VERSION DETECTION

Hz

1)

3529 G12

3528 F9

3527 F9

3526 F9

3525 C12

3550 D2

3549 D2

7408 E7

7407 E2

7406 D9

7405 B2

7404 B4

7403 A2

7402 A4

6411 A6

F430 B8

5402 E3

to Key RIGHT 1414

to 1407

5401 B7

3544 A10

3543 B12

3515 G6

3514 F9

3513 B11

3512 B11

3511 C12

3510 C12

3536 F8

3535 F8

3534 C12

3533 C12

4401 A9

4400 A10

4001 D6

3561 A12

3560 B12

3559 A6

F422 A13

3557 G7

1)

RESET

RDS DECODER

without RDS only

1)

* for AV3 DVD module only

*

from 1401 /19

3470 E9

3469 E8

3468 E8

3499 G10

3498 F5

3497 F5

3524 D12

3523 D12

3522 D12

3521 D12

3520 G6

3519 G6

3518 G6

3517 G6

3548 C2

3547 B1

6410 A6

3545 A93484 E11

3516 G7

3454 D8

3453 B4

3509 D3

3508 D2

3507 C3

3506 C2

3505 C1

3504 E12

3503 E12

3502 F10

3501 C12

3532 B13

3558 G7

3530 G12

*

2) for AV2 DVD module only

(not in /37)

2)

SOURCE

to 1405

3472 E9

3471 E9

SET_FAN_CTRL

DVD_FAN_CTRL*

3436 A2

3467 F4

3496 G13

3495 G13

3494 G12

3493 F6

3492 F6

3491 F10

3490 G11

3489 E6

3488 G4

3487 G4

3546 B43485 E11

to Key LEFT 1420

3422 B10

3421 B10

3420 B10

3451 B4

3450 C13

3449 D7

3452 A4

3483 E10

3482 E9

3481 E9

3480 E9

3479 E8

3478 E8

3477 E11

3476 E11

3475 E11

3531 B13

3473 E9

VOLUME

DISPLAY

BACKLIGHT INTENSITY

ROTARY ENCODER

3409 B2

3408 A3

3407 B3

3406 B2

3405 A6

3404 A6

3466 F4

3465 E12

3464 E8

3463 E12

3462 E7

3461 E8

3460 D12

3459 D7

3458 D12

3457 D12

3486 E11

3455 D7

*

3423 B11

2429 G5

2428 F11

2427 F10

2426 F11

2425 F10

2424 F8

3448 G3

3447 D8

3446 H3

3445 D7

3444 D13

3443 C8

3442 C7

3441 C8

3440 C6

3439 C6

3474 E10

3437 C3

FRONT - CONTROL

3411 A3

3410 A4

2416 G7

2415 G7

2414 G13

2413 G13

2412 G13

2411 E6

3435 B11

3434 B11

3433 B10

3432 B10

3431 B10

3430 B9

3429 B9

3428 B9

3427 B9

3426 B8 3456 D8

3424 B11

to Key LEFT 1422

to A/V 1943

to Display

2430 G5

to ASP 1600

2402 B7

2401 B7

2400 A3

2423 F11

2422 F8

2421 C7

2420 B2

3419 B10

3418 B9

3417 B9

3416 B9

3415 B8

3414 B8

3438 D3

3412 A5

2418 D3

2417 B5

10987

65

2410 A5

2409 F4

2408 F1

2407 F1

2406 F1

2405 E3

2404 H3

3403 B5

3402 A1

3401 A2

3425 B8

2431 G10

to ASP 1601

not used

1409 E10

1408 H3

1407 A12

1406 A10

1405 A8

1404 H13

1403 H12

1402 H8

1401 H5

H

3413 B7

2419 C3

54321 141312

G

11

94321 1413121110

2432 G11

8

D

6

10K

3491

50V 2u2

2409

100n

2405

3488

10K

3467

10K

3487

3438

1K0

10K

10R

3411

D

180R

3410

3490

47R

3541

D

10K

2K2

3446

D

MM

330R

3434

330R

3422

3482

1K0

8

9

470R

3441

FE-ST-VK-N

1404

1

2

3

4

5

6

7

D

1M0

3544

D

47p

2431

2427

47p

2425

3538

12K

D

3537 120R

68R

3546

220R

3548

F424

3R3

3556

3539

47R

F440

F413

M

D

F464

D

3403

10K

3407

10K

3408

10K

E2

6

SCL

5

SDA

8 VCC

4

VSS

7

WC_

2u2

7408

M24C02

1

E0

2

E1

3

D

5402

18

192202122

23

3

45678

9

M

1402

1

10111213141516

17

470R

3429

3445

3443

470R

3447

470R

2K7

3439

D

2K7

3440

100n

2402

1K0

3466

D

2345678

9

D

1406

FMN

1

10

F460

F487

F462

3531

4K7

D

47R

3508

BC817-40

7411

F476

7410

F477

F449

F448

F451

678

9

F479

F450

FE-ST-VK-NA

110234

5

1405

4K7

3436

7405

BC847CW

3405

10R

3463

1K0

D

3460

1K0

330R

3432

3421

330R

4K7

3532

F447

10K

3419

F475

171819220

21

3

45678

9

1401

1

10111213141516

10K

3424

3465

1K0

10K

3503

10K

3499

D

3535

470K

680K

3536

D

470R

3511

4K7

3542

F495

F491

F409

F408

F420

F410

10R

3402

F421

180R

3401

4K7

3406

D

BZX79-B5V1

6410

10R

3505

D

3509

4K7

10V100u

2419

4K7

3507

2418

100u

F478

10V

F414

F429

M

DD

GNDK1

DD

D

1K0

3479

1K0

3480

100R

D

3478

470R

3423

D

470R

3449

M

3547

68R

F489

F492

F488

BC847CW

7403

3412

10K

3437

10K

5401

2u2

15R

3540

F486

F454

F482

F481

470R 3523

F459

3522

470R

F467

F439

F438

F469

F468

10V100u

2401

D

2R2

3413

3457

1K0

10V100u

2400

M

D

100R

3468

470R 3521

3513

10K

470R

3512

3458

100R

3404

470R

F461

F422

F431

F423

F432

F433

F498

F497

D

2421

1n0

4K7

3453

F419

M

F415

F407

F403

F400

50V

10n

2412

470n

2413

3415

470R

3427

470R

3426

470R

3425

470R

3414

470R

3533

3510

470R

3534

F480

F453

F452

D

M

F455

D

F466

F465

33R

3506

7

MODE9

MPX4

OSCI13OSCO

14

QUAL 1

RDCL 16

RDDA 2

SCOUT8

10SYNC

15 TCON

VDDA5VDDD

12

3VREF

6

VSSA VSSD

11

D

7407 SAA6581T

CIN

1K0

3493

220K

3495

DD

1403

1234567

8

D

FMN

100R

3483

1K0

2

3

4

5

6

7

8

9

D

3473

FE-ST-VK-N

1407

1

10

11

12

13

14

3435

3431

330R

10n

2414

470R

D

BC847BW

7409

CST

1409

12M

13

2

AT-51

1408

4M332

F458

F457

4K7

3450

GNDK2

4K7

3444

3455

3456

1K0

3454

M

1K0

3430

18K

3520

10K

3518

10K3514

3433

330R

3484

100R

D

3442

470R

1K0

3461

D

GNDK1

1K0

3470

7404

BC847CW

7402

BC847CW

10K

3497

3498

10K

3504

4K73502

22K

3516

3517

22K

3515

10K

4K7

F446

3519

68R

F401

D

3409

F402

470R 3525

47p

2406

560p

2407

F442

F441

F444

F470

F473

F472

F474

F494

F445

F493

68R

F490

100u 10V

3451

M

2420

100K

3496

1K0

3464

1K0

3462

3459

1K0

3494

F404

F405

F416

F426

F428

F406

F418

F427

77

78

79

8809

62 63 64

65

66

67

68

69

7

70

71

72

73

74

75

76

48 49550 51 52 53 54 55 56 57 58 59660 61

33

34

35

36

37

38

39

4

40

41 42 43 44 45 46 47

1922021222324

25

26

27

28

29

3

30

31

32

TMP88CU74F

7406

1

101112131415161718

100R

3474

MM

3550

100R

47R

3549

D

M

D

7412

BC857BW

2430

47p

2429

3475

D

3485

100R

3476

D

100R

3472

3481

3471

100R

1K0

3428

3420

3417

1K0

330R

560p

2408

D

3524

3529

4K7

470R

4K7

3528

3530

3469

10K

3477

1K0

3486

2415

D

4400

470R

D

470p

3418

F484

1K0

3416

F485

BC857BW

F456

4406

7417

D

100R

3489

BC847BW

7416

D

4405

3557

47K

4404

100K

3558

BC847BW

7415

4403

F417

3501

M

F434

1K0

3527 10K

3526 10K

F430

4001

F443

GNDK2

470p

2416

D

3452

F483

2410

100u

4K7

10V100u

2417

10V

DD

2439

1n0

2438

2437

1n0

2436

10K

3560

DDD

47p

2435

2433

47pD47p

2434

BZX384-C3V3

6412

F501

F499

F496

F500

D

4K7

3543

47p

2404

82p

2403

220K 3448

3555

100K

BC847BW

47K

3554

D

7414

4402

100K

3552

1M0

3553

3551

47K

4401

BC847BW

7413

DD

47p

2432

2428

47p

2426

2423

47p

D

2424

47p

2422

F463

100n

2411

3492

3545

10K

1K0

F412

F411

F425

F436

F435

F437

TuRdsClk

RC5

TuRdsClk

Frequ_HOP

INV_on

3V3_stby

StbyCtrl

3V3_stby

IPOR_DC

+uP+uP

+uP

TuRdsData

TU_CLOCK

TU_CE

TU_DI

TU_SD

+uP

INT_ceco

D

RC5

LED_REC

HP_DET

DI_I2C_CLK

+5V_A

+LCD

+5V_stby

TU_stereo

DI_I2C_SDA

+uP

SDA_CECO

SCL_CECO

AF_I2C_SCL2

AF_I2C_SCL1

DI_I2C_SDA

DI_I2C_CLK

TuRdsData

MM_SWI

RotarySB

RotarySA

Key2

DI_I2C_CLK

DI_I2C_SDA

+LCD

+5V_A

+5V_stby

Key1

RotaryVB

RotaryVA

RotarySB

RotarySA

Key1

RotaryVB

RotaryVA

+12V_AM

SCL_CECO

SDA_CECO

+5V_stby

INT_ceco

NTC_Front

+uP

Version

USA

no RDS

DEMO mode (default ON)

3444

X

3450

+uP

BL_ROT_V

+12V_AM

MM_out

MM_in

MM_out

LED_Stby

MuteCentre

MuteAll

MuteLine

Frequ_HOP

AF_I2C_SCL1

AF_I2C_SCL2

AF_I2C_SCL3

PowerDown

SCART_WAKEUP

INV_on

StbyCtrl

RELAY_CTRL

+12V_AM

TU_RDS

AF_MUX2

AF_MUX1

NTC_Supply

NTC_Amp

NTC_Trafo

NTC_Amp

NTC_Trafo

MDM_Reset

MDM_IRQ

MDM_SCL

MDM_SDA

MDM_SCL

MDM_SDA

MuteHP

LR_CSub_on

SurON

MuteCentre

AF_MUX1

AF_MUX2

TU_stereo

TU_CLOCK

LED_InstRec

NTC_Front

spare

IPOR_DC

+uP

+5V_A

TU_SD

AF_I2C_SDA

TU_RDS

RotarySA

+uP

+uP+uP+uP

NTC_Front

SetFan2

SetFan1

DvdFan2

DvdFan1

+uP

LR_CSub_on

HP_DET

HighpassOFF

DvdFan2

DvdFan1

SetFan2

SetFan1

BL_DISP

NTC_Supply

+12V_AM

BL_DISP

from 3505

BL_ROT_S_HI

BL_ROT_S_LO

BL_ROT_V_HI

BL_ROT_V_LO

BL_DISPLAY_HI

BL_DISPLAY_LO

BL_ROT_S

BL_ROT_V

+uP

TU_DI

TU_CE

+uP

RotarySB

AF_I2C_SDA

CECO_RST

BL_ROT_V_LO

BL_ROT_V_HI

BL_ROT_S_LO

BL_ROT_S_HI

BL_DISPLAY_LO

BL_DISPLAY_HI

D

F471

BZX384-C3V3

6411

1K0

3559

3V3_stby

CECO_RST

INT_ceco

EVM

V

DC voltages measured with display closed (no movement) on/off (* means "floating, not defined")

...V

.../...V

f

O

8,5/9,2/10V

1,4/0/0V

0,8/0/0V

0,8/0,8/0V

1,5/1,5/0V

8,5/9,2/10V

1,5/1,5/0V

0,8/0,8/0V

1,4/0/0V

0,8/0/0V

3,4/4,9/8,6V

1,3/1,3/0V

0,7/0,7/0V

1,3/0/0V

3,4/4,9/8,6V

0,6/0/0V

5V

0,2V

0,8V

0,2V

0,8V

2,6V

5V

2,6V

2,6V 2,5V

2,6V2,4V

4,8V

0,2V

0,8V

4,8V

5,3V

3,5V

0V

4,7V

0V

5V

5V5V5V

2,6V

0V

12V

2V

4,6V

4,5V

4,4V

4,6V

5,3V

4,8V

7,9V0V0,2V

0,2V

4,4V

12V

4,8V

4,8V0V0V

1,7V

1,4V

0,8V0V0V

5,2V

5,2V0V0,5V

0V

4,8V

0V0V0,6V

4,8V

4,8V0V4,7V

11,5V

11,9V

11,5V

3,7V

2,6V

3,5V

12V

3,5V0V4,9V

4,5V

4,4V

4,6/0V

5V

4,9V

5V

4,8V

5V

4,6/0V

9V

3,9/0V

5,2V

0V

4,8V

2V

4,8V

0,2V

4,8V

0V

4,8V

3,4V

4,7V

2,3V

4,5V

4,8V

0V

2V

0,2V

2,6V

0,7V

1,2V

4,8V

0V

4,8V

0V

4,7V0V0V

0,5V

0,4V0V0V0V0V

0,2V

4,7V

4,7V0V0V

4,8V

0V

4,8V

0V

4,8V

0V

0V 0V

.../.../...V full/half/no backlight all voltages measured in service mode, "Display Test"

LX9000R CONTROL, 130603

4,7V

3V

4,8V

EN 667.LX9000RCircuit Diagrams and PWB Layouts

2402 B7 2403 C11 2404 C11 2405 C11 2406 E11 2407 E11 2408 E11 2411 A8 2412 D8 2414 D9 2415 B4 2416 B4 2421 A8 2422 F7 2423 B1 2424 E7

2425 B1 2426 D2 2427 D2 2428 A8 2429 E10 2430 D10 2431 C1 2432 A8 2433 B2 2434 B2 2435 B2 2436 C2 2437 B2 2438 B2 2439 A6 3401 E3

3402 E5 3403 E4 3404 F9 3405 E9 3406 D3 3407 D4 3408 D4 3409 E3 3410 F4 3411 F5 3412 E4 3414 B6 3415 B5 3416 B5 3417 B5 3418 B5

3419 B5 3420 C4 3421 C4 3422 C4 3423 C4 3424 C4 3425 A6 3426 B5 3427 B5 3428 B5 3429 B5 3430 B5 3431 C5 3432 C5 3433 C5 3434 C4

3435 C4 3436 D3 3437 B10 3438 B10 3439 B8 3440 B8 3441 B7 3442 B7 3443 B7 3444 D4 3445 B7 3446 C10 3447 B7 3448 C10 3449 B7 3450 D4

3451 F3 3452 E4 3453 E4 3454 C8 3455 C7 3456 C8 3457 E5 3458 D4 3459 C7 3460 D5 3461 C8 3462 C8 3463 E5 3464 C8 3465 E5 3466 E11

3467 C10 3468 C8 3469 C8 3470 D8 3471 D8 3472 D8 3473 D7 3474 D7 3475 D6 3476 E6 3477 E6 3478 C8 3479 C8 3480 D7 3481 D7 3482 D7

3483 D7 3484 E7 3485 E7 3486 E6 3487 E10 3488 D10 3489 A8 3490 D7 3491 E8 3492 A8 3493 A8 3494 D8 3495 E9 3496 E9 3497 D8 3498 D9

3499 E7 3501 D4 3502 E7 3503 E7 3504 E7 3505 B10 3506 B11 3507 B11 3508 B10 3509 B10 3510 D4 3511 D4 3512 D4 3513 C4 3514 D8 3515 B4

3516 B4 3517 B4 3518 B4 3519 B5 3520 B5 3521 D5 3522 D5 3523 D5 3524 D5 3525 D4 3526 D8 3527 D8 3528 D8 3529 C9 3530 C9 3531 C8

3532 C9 3533 D4 3534 D4 3535 C8 3536 C9 3537 F9 3538 F9 3539 F8 3540 F8 3541 F8 3542 C3 3543 C4 3544 C3 3545 C4 3546 F3 3547 E3

3548 B11 3549 B10 3550 B10 3551 B3 3552 B4 3553 B4 3554 C8 3555 B8 3557 D8 3558 E8 3559 E9 3560 B2 4001 B9 4400 F6 4401 C3 4402 B3

4403 C8 4404 D8 4405 C4 4406 D4 6411 E10 6412 D3 7402 F4 7403 E3 7404 F4 7405 E3 7406 C6 7407 D11 7408 A8 7409 D9 7410 B11 7411 B10

7412 C3 7413 B3 7414 C8 7415 D8 7416 C4 7417 D3

1401 B1 1402 B1

1403 A6 1404 B5

1405 E8 1406 F7

1407 E6 1408 C11

1409 E7 2400 D3

2401 A7 2409 D10

2410 E4 2413 D8

2417 E4 2418 A10

2419 A11 2420 D3

3413 F10 3556 F10

5401 B8 5402 F10

6410 E9

CONTROL BOARD/ copperside view

control board LX9000R, 280603

EN 677.LX9000RCircuit Diagrams and PWB Layouts

t

M

1422 D3 1423 D1

1424 B3 1425 A7 1426 B2

NTC

AMBIENT TEMP.

SENSOR

to CHASSIS

1440

13

to Key LEFT2

from FRONT/CONTROL

from Key RIGHT 1415

DISPLAY MOTOR

DISPLAY position detect

A

B

C

D

1420 D7 1421 D5

KEY2’

STANDBY

1427 D2

1441 A3

1440 A3

12345678

12

from FRONT/CONTROL 1404

3554 C6 3555 B5 3556 C2 3557 D2

3558 B3

345678

A

B

C

D

STANDBY

1403

SOURCE

KEY2

2450 B7 2451 C6

2452 C7 2453 D5 3548 C8 3549 C8

3550 A8 3551 B8 3552 B5 3553 B6

RotarySB

RotarySA

F503 A7 F504 B7 F505 B7 F506 C2

3559 C3 3560 C6 3561 C6

3562 B6 3563 B6 3564 B7 3566 C6

3567 C7 4555 B2 4556 B2

SOURCE

ROTARY ENCODER

BACKLIGHT

/ON

F517 D5 F518 D3

F519 D5 F520 D7 F521 D8 F522 D8

F523 D8 F524 D1

1430

6403 B5

6404 B1 7430-A B6 7430-B B7 7431 C5

7432 C8 7433 C6 F501 B3 F502 B3

NTC_Front

MM_SWI

KEY BOARD Left

MM_in

MM_out

D

F507 D2 F508 D2 F509 D2 F510 D3

F511 D3 F512 D3 F513 D4 F514 D5

F515 D5 F516 D5

1441

ROTARY ENCODER

D

3554

56K

2

4

BC847B

7431

6

5

3

2

4

7430-A TCA0372

7

8

1

D

TCA0372

7430-B

3552

220R

D

F519

F505

F504

F501

4K7

3548

3561

4K7

F503

F523

3567

47R

4555

MM

DDD

4556

M

3549

LST770

6403

22K

7432 BC847CW

BC847CW

7433

1A2

B

3

C

4

5

1426

SRGPWJ0500

1n0

2453

56K

3563

15K

3553

F510

F509

3559

3560

22K

10K

3562

1

2

3

4

5

6

7

8

9

1420

FE-ST-VK-N

10K

3558

3564

56K

1234567

8

1422

FMN

Key

D

1421

FE-ST-VK-N

1

2

3

4

5

6

7

F524

F521MF522

3550

3R3

47R

3566

1425

DIPMATE

1

2

16V47u

2450

M

100n

2452

2451

100n

LTL912TWKS

6404

F518

D D

123

M

1424

DIPMATE

1

2

3

FE-BT-VK-N

1423

3551

F513

D

56K

F512

F511

F514

F516

F515DF517

EVQ21

1427

220R

3556

3555 10K

Key

150R

3557

F502

F506

F507

F508

BL_ROT_S

+12V_AM

F520

+5V_stby

+12V_AM

LED_stby

+5V_stby

+12V_AM

BL_ROT_S

+5V_stby

+5V

EVM

V

DC voltages measured with display closed (no movement) on/off (* means "floating, not defined")

...V

.../...V

5V

5V5V5V

5V

2,6V5V0V

0,7/0V

0,1V/ *V

3V/ *V

5V

0V

5V

5V 5V

5V

12V

0V

12V

5V

LX9000R key left, 110703

KEY BOARD left/ copperside view

key left LX9000R, 110703

Display motor

Key board left 2

Control board

Control board Key board right

Display position switch

123

2451 A2 2452 A1 2453 A3

3548 A2 3549 A2 3551 A1

3552 A1 3553 A1 3554 A2

3555 A1 3556 A1 3557 A1

3558 A1 3560 A2 3561 A2

3562 A1 3563 A1 3564 A1

3566 A2 3567 A1 4555 A2

4556 A2 4557 A2 4558 A2

4559 A2 4560 A2 4561 A1

4562 A2 6403 A1 7431 A1

7432 A2 7433 A2

STANDBY

1420 A1 1421 A1

1422 A2 1423 A3

1424 A3 1425 A2

1426 A2 1427 A1

2450 A1 3550 A1

3559 A1 6404 A2

7430 A2 9550 A2

9552 A2 9553 A3

9554 A1 9555 A1

SOURCE

STANDBY

NTC

Display pos. recognition switch

LX9000R, 240603

EN 687.LX9000RCircuit Diagrams and PWB Layouts

1430 A1 1431 A2

1432 A3 1433 A3

4

123

1423

KEY BOARD left2

4

AA

F570 A1

F571 A2 F572 A3

F573 A3

123

F574 A4

F575 A2

key2’

PREVNEXTSTOPPLAY/PAUSE

from KEY LEFT

1434 A4 3570 A2

3571 A2 3572 A3

3573 A4

F575

F574

F570

F572

F573

F571

820R

3573

390R

3571

1434

EVQ21

270R

3570

1432

EVQ21

560R

3572

EVQ21

1433

1431

EVQ21

1430

FE-ST-VK-N

1

2

3

key left 2 LX9000R, 010703

KEY BOARD left 2/ componentside view

KEY BOARD left 2/ copperside view

key bord left 2 LX9000R, 100703

PREV NEXT STOP PLAY

F585 D6

3583 B5 3584 C5

3585 C3 3586 D3

3587 D3 6480 A4

6481 B4 6482 C4

6483 D4 6484 E4

F580 C6 F581 C6

F582 C6 F583 D6

F584 D6

123

C

D

A/V FRONT CONNECTORS (CAM1)

to AV BOARD 1942

CINCH IN

S-VIDEO IN

3582 B5

C

D

E

1445 D1 1446 A1

1447 C6 2480 A5

2481 B5 2482 E3

2483 C2 3580 A5

3581 A5

A

B

456

123456

A

B

GND_FC

CVBS

Audio L

Audio R

AINFR

AINFL

CVBSFIN

NC

CFIN

YFIN

E

6483

DF3A6.8FU

YKF51

1445

1

2

3

4

5

6

DF3A6.8FU

6484

F583

F582

F584

F585

F581

F580

3582

1K0

GND_FC

1K0

3580

3

GND_FC GND_FC

GND_FC

1446

JPJ1127

1

6

4

2

5

2480

330p

GND_FC

3581

1M0

330p

2481

1M0

3583

150R

3584

2483

GND_FC

100n

GND_FC

75R

3585

9

GND_FC

1447

PH-B

1

2

3

4

5

6

7

8

GND_FC GND_FC

100n

2482

3587

75R

GND_FC

75R

3586

GND_FC

6481

DF3A6.8FU

6480

DF3A6.8FU

6482

A/V front connectors LX9000R, 100703

A/V FRONT CONNECTORS/ copperside view

A/V FRONT CONNECTORS LX9000R, 110703

2480 A2 2481 A3 2482 A1 2483 A3 3580 A2 3581 A3 3582 A2 3583 A2 3584 A2 3585 A2 3586 A1 3587 A1 6480 A3 6481 A3 6482 A2 6483 A1 6484 A1

1445 A1 1446 A3 1447 A2

1445 A3 1446 A1 1447 A1

A/V FRONT CONNECTORS/ componentside view

123

EN 697.LX9000RCircuit Diagrams and PWB Layouts

RECORD

Surround

OPEN/CLOSE

F536 E2

F537 E3 F538 E3 F539 E3

F540 E5 F541 E5 F542 E5

F543 E5 F544 E5 F545 E5

F546 E5 F547 E6 F548 E6

F549 E6 F550 E6 F551 E6

F552 E6 F553 B45432 A6

6401 A2

6402 C7 6420 B1 7401 B4

7420 B2 7421 C1 F530 C1

F531 C1 F532 C2 F533 E2

F534 E2 F535 E2

HP_DET

KEY BOARD right

*

2436 D4

2437 D4 2438 C6 3520 B2

3521 B4 3522 B2 3523 B4

3524 B4 3525 C1 3526 C2

3527 C3 3528 D1 3529 B1

3530 C2 3533 B6 4321 D7

4322 D8 4323 B6 5430 B6

5431 A6

HEADPHONE

*

RECORD

ROTARY ENCODER

VOLUME

INFRARED EYE

1416 A7

1417 A5 1418 C8 2430 B3

2431 C3 2432 C6 2433 B6

2434 B6 2435 B7

9

123456789

A

B

C

BACKLIGHT

ROTARY ENCODER

VOLUME

INSTANT

1415 E2

to from ASP BOARD 1611

HP_R

HP_L

* for provision only

*

GND

123456

from Front CONTROL 1407

78

to Key LEFT 1421

RotaryVA

RotaryVB

D

E

A

B

C

D

E

1411 D2 1412 D1 1413 D1

1414 E5

FE-ST-VK-N

1415

1

2

3

4

5

6

7

EVQ21

1412

10K

3533

D

F547

F548

F546

LST770

6401

3522

10K

D

F532

10K

3530

F530

3529

1

A

3

C

4

5

180R

1418

SRGP

2

B

100p

2432

3523

10K

3524

1K0

1413

EVQ21

2430

47u 35V

4322

D

3520

180R

LTL912TWKS

6402

F545

22n

2434

8 7 2 3 1

D

1416

LGM1619-0200

F543

F544

GND

OUT

VS

F542

D

TSOP4836YA1

7401

3527

220R

7420

BC847B

GNDK1

3528

150R

100R

3525

390R

EVQ21

1411

3521

F537

F536

GNDK1 D

F531

5430

2u2

F551

F552

F549

F550

6420

LST770

2u2

5431

D

121314

2

3

4

5

6

7

8

9

5432

2u2

1414

FE-ST-VK-N

1

10

11

2435

22n

4321

F539

F538

2431

2n2

2438

1n0

D

BC847B

7421

100n

2437

D

2436

100n

D

F553

F541

C-PAD

F540

3526 270R

2433

22n

F535

F533

F534

D

FFC

1

2

3

4

D

4323

1417

HP_DET

+12V_AM

BL_ROT_V

BL_ROT_S

RC6

D

RC6

+5V

+5V_stby

Key1

+5V_stby

LED_REC

+5V

HP_DET

+5V_stby

+5V

LED_InstRec

LED_REC

Key1

+5V

LED_InstRec

+12V_AM

+5V

EVM

V

DC voltages measured with display closed (no movement) on/off ( a * means "floating, not defined")

...V

.../...V

LX9000R Key Right, 130603

*/0V

0/0,7V

*/0V

0/0,7V

9V

5V

9V

4,8V

4,9V

3,9/0V

5V

4,6/0V

5V

EN 707.LX9000RCircuit Diagrams and PWB Layouts

2431 B2 2432 B4 2433 B4

2434 B3 2435 B4 2436 B4

2437 B2 2438 B4 3520 B2

3521 A2 3522 B2 3523 B2

3524 B2 3525 B1 3526 B1

3527 A2 3528 A2 3529 B1

3530 A1 3533 A4 4321 B3

4322 B3 4323 B4 4325 A3

4326 A3 4327 A3 4328 B4

4329 A3 4330 A3 4331 A3

6401 B2 6420 B1 7420 B2

7421 B1

RECORDINSTANT

KEY BOARD right/ coperside view

key right LX9000R, 010703

0400 B4 1411 B2

1412 B1 1413 B1

1414 A2 1415 A3

1416 B4 1417 B4

1418 B3 2430 A2

5430 B4 5431 B4

5432 B4 6402 B3

7401 B2 9430 B1

9431 A2 9432 A2

9433 A3 9434 A2

9435 A3 9436 A3

9437 A3

VOLUME

OPEN/CLOSE SURROUND

RECORD

IR EYE

HEADPHONE

ASP BOARD

CONTROL BOARD KEY BORD LEFT

EN 717.LX9000RCircuit Diagrams and PWB Layouts

+33V_STBY

1200

G

H

1280 A2 1281 A8

-5V_STBY '

1288 B2 1289 B3 1290 D3 1291 D3 1292 E3

GND RELAY_CTRL

3 4

10K

1202 1209

3

234

T4AL UL

10 11

1282 A3 1283 B6 1284 C2 1286 D2

1287 D11

7891011

only /37

PWR_DOWN

5 6

4

A

B

C

D

56789

B

C

D

E

F

6288 G5 6289 G4 6290 G4 6291 G7

6292 G4

POWER SUPPLY

2284 G6 2285 G3 2286 H4

2287 D5 2288 C5

23456

3281 G5 3282 G5 3283 C8 3284 C8 3285 H5

L

2

PRIMARY

to POWER SUPPLY

SECONDARY

T2AL

3290 G3

E

F

G

H

A

6282 D5 6283 D5 6284 E5 6285 E5

6286 F5

+5V_STBY '

6287 F5

doubler

+12V_STBY '

6293 H4 6294 H5

2281 D6 2282 F6 2283 F6

F201 A3 F202 A8 F203 A8 F204 A6 F205 D11

2289 D5 2290 F5 2291 E5 2292 F5

3280 B4

F211 E11 F212 D3

F213 D3 F214 D3 F215 E3

2

1

VH

EH

1

GND

STANDBY

7281 G5 7282 C7 F200 A3

VH

1

F206 D11

F207 D11 F208 D11 F209 E11 F210 E11

3291 C7

5280 A4 5281 A4

6280 C7 6281 D5

2

MAINS TRANSFORMER

MAINS

SOCKET

to POWER SUPPLY

SECONDARY

T.F

NTC

Voltage

10M

3280

1N4148

6280

1N40036281

1282

21

34

SDT

1283

EH-S

1287

1

2

3

4

5

6

7

8

6288

1280

HCS0528

1

2

2284

470n

6290

1N4148

6291

BZX79-B8V2

1N4148

6289

6282

F215

4K7

3282

F213

F214

F212

F211

2292

100n

3285

22K

7281

BC337-40

1291

T1A

1N4003

6293

1292

T1A

F205

6292

1N4003

1290

T630mA

F203

6287

F202

F200

F201

4m7

2283

6285

F208

2281

3m3

1N4003

2282

4m7

HCS0528

1288

1

2

1289

F209

2288

100n

2289

100n

2287

100n

6294

BZX79-B33

2285

47u

2286

6284

8

45

6283

18

45

97TS

5281

1

2

3

4

5

5280

97TS

1281

B2P3-VH

1

2

EH-S

1286

1284

B2P3-VH

1

2

2291

100n

3281

4K7

2290

100n

3283

4K7

F204

3290

10R

3284

22K

3291

10R

BDX53BFP

7282

F210

6286

F207

F206

5201

5202

5201 A10 5202 D1

LX9000R Power Primary, 030703

EVM

V

DC voltages measured with display closed (no movement) Standby/Stop mode

...V

.../...V

16V~

12/1V 12/10,5V

12V 0,5V

0/1,2V

20,5/19,4V

12/10,5V

-12/-12V

32,2/32,2V

0/4,4V

7,9/7,9V

35,6V 32,3V

32,9V

19V~

POWER SUPPLY primary BOARD/ copperside view

power primary LX9000R, 030703

2284 A2 2287 A3 2288 A2 2289 B3 2290 B2 2291 C3 2292 B2 3281 A3 3282 A2 3283 C3 3284 C3 3285 C2

1280 B5 1281 A4 1282 B5 1283 B4 1284 A5 1286 C1 1287 B1 1288 B5 1289 B5 1290 B1 1291 C1 1292 A2 2281 A1 2282 B1 2283 B2 2285 B2 2286 B3 3280 A4 3290 A3 3291 C3 5280 B4 5281 B4 6280 C4 6281 A2 6282 C2 6283 A2 6284 A2 6285 A2 6286 B2 6287 B2 6288 B2 6289 B2 6290 A2 6291 A2 6292 A2 6293 B3 6294 C2 7281 C2 7282 C3 9281 B3 9282 C3 9283 B3 9284 B2 9285 C2 9286 A4

MAINS SOCKET

3285

3288

2282

2287

2290

2292

2289

2291

3281

2284

3284

3283

EN 727.LX9000RCircuit Diagrams and PWB Layouts

COM

OUTIN

ADJ

OFF

ON|

OUT

GND

IN

t

COM

OUTIN

COM

OUTIN

OUT

GND

IN

FB

OFF

ON/

F323 B3 F324 C3 F325 B7 F326 C2 F327 G2 F328 F2 F329 E2 F330 I3 F331 K2 F332 L3 F333 D3 F334 E3 F335 C3 F336 F4 F337 H4 F338 K4 F339 E4 F340 L19 F341 C3 F342 B5

to DIGITAL BOARD

7228 B6 F300 B10 F301 B10 F302 B10 F303 K10 F304 B11 F305 B11 F306 B11 F307 B11 F308 B11 F309 B12 F310 B12 F311 B12 F312 B15 F313 B15 F314 B16 F315 B16 F316 B17 F317 B17 F318 B18 F319 B18 F320 B19 F321 B16 F322 G18

7221 L5 7222 K6 7223 I5 7224 E5 7225 A4

FAN

POWER SUPPLY SECONDARY

TEMP. SENSOR

FAN CONTROL

7226 B4 7227 B5

to DVD module

7201 B8 7202 J5 7203 L5 7204 J13 7205 C6 7206 I9 7207 F11 7208 C8 7209 G6 7210 G4 7211 H5 7212 K8 7213 M8 7214 H6 7215 H8 7216 K8 7217 F12 7218 L12 7219 M17 7220 M19

6212 G6 6213 I9 6214 I4 6215 D8 6216 H5

+5V STBY'

6217 M9 6219 K14 6220 E4 6221 F15 6222 F15 6223 F15 6224 G5 6225 H9 6226 K7 6227 F15 6230 E16 6231 E16 6232 E15

6233 E15 7200 A7

3258 K6 3259 K7 3260 F14 3261 G16 3263 I4

GND A

+12V STBY'

to ASP BOARD 1622

OVERCURRENT

PROTECTION

3264 I5 3265 F6 3266 E6 3267 E6 3268 B3 3269 B3 3270 B4 3271 B4 3272 A5 3273 A5 3274 B5 3275 B6 3276 B7 4201 M13 5200 J14 6210 G4 6211 K4

3232 G11 3233 G12 3234 F13 3235 K12 3236 L12

to DVD module

from POWERSUPPLY PRIMARY

to ASP BOARD 1623

-5V STBY'

3237 L12 3238 D4 3239 D4 3240 C13 3241 C13 3242 C13 3243 G16 3244 G15 3245 G15 3249 L17 3250 M17 3251 L17 3252 M17 3254 K14 3255 E3 3256 K6 3257 K6

2243 B5 3205 K5 3207 D9 3208 D7 3209 G5 3210 H6 3211 E5 3212 G6 3213 H4 3214 G7 3215 H7 3216 H8 3217 G8 3218 H6 3219 L5 3220 M6 3221 M7 3222 L6 3223 M7 3224 M9 3225 M8 3226 L8 3227 L9 3228 K9 3229 K9 3230 J10 3231 K9

2217 H4 2218 J8 2219 J9 2220 G10 2221 G10 2222 M4 2223 M4 2224 L18 2225 K5 2226 F13 2231 F3 2232 F3 2233 F4 2234 F4 2235 G3 2236 G3 2237 J3 2238 K3 2239 J4 2240 J4 2241 K4 2242 K4

I

J

K

L

M

2205 C6 2206 E4 2207 J12 2208 B8 2209 A8 2210 L7 2211 M8 2212 M3 2213 K4 2214 I4 2216 G4

E

F

G

H

I

from MAIN TRANSFORMER

J

K

L

M

A

B

C

D

E

F

G

H

5 6 7 8 9 10 11 12 13 14 15 16 17 18 19

A

B

C

D

678910

POWER SUPPLY/

SECONDARY

11 12 13 14 15 16 17 18 19

12 3 4

to POWER AMPLIFIER

BOARD 1309

1200 B2 1201 F19 1202 D2 1203 B18 1204 H19 1205 L19 1206 C19 1207 B15 1208 B10 1209 F2 1210 M12 1211 G3 1212 E3 1213 J3 1214 K3 2200 A7 2201 C7 2202 B7 2203 F6 2204 J15

12 3 4 5

3259

270R

6221

BAS316

2201

1u

L7912CP

1

23

F312

SI2306DS

7208

7206

3229

STP24NF10

7211

5K6

F304

GND

10K

3209

7209

BC847BW

220n

2240

220n

2239

BC847BW

7221

SI2306DS

7212

7219 BC847BW

GND_P

680R

3212

GND_A

GND

13

2345678

9

3238

1K

PH-B

1208

1

101112

F326

10R

3255

F336

F315

3237

1K

F308

F311

330R

3217

2203

4u7 50V

GND_P

3235

1K

GND_A

F332

6212

BZX384-C15

7207

BC847BW

6231

BZX384-C12

6233

BZX384-C15

6230

BZX384-C6V8

F328

4K7

3208

2221

GND_A

4m7

3258

10K

220n

2233

EH-B

1

2

3

4

2235

220n

GND

GND_A

1202

47K

3218

F317

BC327-25 7220

2

5

3252

10R

7203

LM2941CT

1

3

4

2212

2345678

9

GND

4m7

10u

1207

PH-B

1

10

GND

2224

BZX384-C12

6224

22u

5000mAT

1211

2238

2208

220n

2237

220n

T3A15

1214

2231

220n

NTC

3242

GND

BZX384-C12

6225

GND

GND_P

GND

1N4003

RT-01T-1.0B

1210

GND

6217

F309

6 7 8

F314

EH-B

1201

1 2 3 4 5

8 9

F337

F313

PH-B

1206

1

10 11 12

2 3 4 5 6 7

6215

BZX384-C6V8

F321

3213

2K2

100R

3254

LD1086V120

7200

1

32

1K

BC857BW

7222

3230

7213

SI2306DS

3221

47K

3232

27K

3225

10K

7216

BC847BW

2223

4m7 16V

18K

3226

7218 BC847BW

1u

2206

47u

2210

GND_A

GND

3257

1K0

1213

T3A15

2K2

3215

F324

F325

3249

8K2

6227

BAS316

GND_P GND_P

GND_P

GND GND

3261

1K0

3243

1K

BAS316

6222

22u

2209

1N4003

6220

10u

7214

BC857CW

2207

3222

120R

3240

10K

GND

GND_P

2217

47u

GND

F331

F307

F306

10u50V

2214

BC857CW

7223

6211

GBU4K

2213

4m7

220n

2234

2236

220n

SK36

6219

3236

1K

2218

2u2

F323

100K 3234

1K

3223

7202

BDX53BFP

2202

10u

3K3

3220

680R

3216

5200

100u

2219

1u

GND_A

F310

1K

3245

F339

F334

GND

NTC

+FET

F333

220n

2241

220n

2242

3224

1K5

GND_P

2

3

6232

BZX384-C5V6

7205

L7905CP

1

3256

0R22

GND

BZX384-C10

6226

2225

2u2

1204

EH-B

1

2

3

4

3239

10K

F335

F305

7217

BC847BW

3241

1K

GND_P

GND_A

3264

220K

3263

33K

BZX384-C3V3

6214

6216

BAS316

F301

6210

GBU4K

GND_A

6213

BZX384-C15

5000mA

1212

T

1

2

3251

1K0

EH-B

1205

4K7

3207

F338

F329

330R 3214

220n

2232

GND

3250

1K5

3219

F340

4201

1K0

3260

10K

2204

1m0

6

B6P-VH

1209

1 2 3 4 5

F327

BAS316

4m7

2220

6223

10K

3271

3274

10K

3269

22K

3268

15K

SI2306DS

7225

7201 L4940V5

GND

2

IN1OUT

3

2 3 4 5 6 7 8

GND_A

2216

47u

EH-B

1200

1

10K

3210

16V47u

2226

7210

STP24NF10

2205

2u2

F342

22u

2211

F341

7215 BC857CW

3244

1K

F319

F320

F318

GND_P

F316

GND_P

7224

BC857CW

3266

1K2

3267

10K

3265

100K

3270

1K0

7227

BC847BW

7226

F303

GND_A

2200

10u

2222

4m7 16V

GND_P

3233

1K

3211

10K

12345

6

F322

1203

EH-B

50V

10K

3227

2243

10u

3276

1K5

3272

6K8

68K

3273

3275

6K8

3231

6K8

3205

2K2

2

10K

3228

7204

LM2576T-3.3

4

3

1 5

F302

F330

F300

GND_A

BC857BW

7228

-5V_STBY

-5V

+A

+33V_STBY

GND_A

+12V_M

INV_ON

-5V_STBY

+5V_STBY

-12V_A

+12V_OCD

+12V_A +5V_A +3V3

+12V_M

+12V_A

-A

+12V_AM

+5V_STBY

+33V_STBY

+12V_OCD

+5V_STBY

+4V4

+12V_M

+5V

+5V_A

PWR_DOWN

RELAY_CTRL

NTC_SUPPLY

NTC_TRAFO

+12V_A

GND GND

+12V_M

+A

-A

+3V3

+5V

GND

+4V4

+33V_STBY

+12V_M

+3V3

+12V_AM

SET_FAN_CTRL from 1208

+12V_STBY

+3V3

-5V

GND

+12V_M

GND_A

SET_FAN_CTRL

+12V_A

+12V_STBY

-12V_A

+5V_A

+5V

-5V

+3V3

1900

+3V3

INV_ON

GND

-5V

GND

+12V_M

+12V_M GND

GND

+5V

VOLTAGE LIMITER

VOLTAGE

LIMITER

OVERVOLTAGE

PROTECTION

OVERVOLTAGE

PROTECTION

switch on

delay

switch on

delay

switch on

delay

provision for AV3 module only

INV_ON

all voltages measured in service mode / fan level 1

9

power supply secondary LX9000R, 030703

EVM

V

DC voltages measured in STOP mode. 230V mains supply

...V

10,3V

19,2V

-11,4V

-11,4V -5V

-5V

0,2V

32,3V

4,4V

31V 28,8V

+28,8V

1,5V

3,3V

3,3V 5V

5V

-5V

4,4V

12V

5V 0,2V

-5V

0V

-0,5V

-28,8V

-12V

-28,8V

32,2V

-15,4V -15,4V

-22,7V

-22,7V-29,2V

22,5V

12V

21,9V

0V

5V 5V

5V

4,4V

5V

10,6V

13V

0,6V

0V9V

12V

12V 12V

12V

2,5V

12V

11,2V

0,4V

5V 1,2V

22,5V

3,3V 3,3V

3,3V

4,5V

12V

5V

0,5V

0,6V

0V

0,7V

28V

0,5V

0V

-13,8V-13,8V

0V

1,9V

7,9V

32,2V

31,8V

10,3V 10,3V

19,2V

0V

0,7V

10,3V

9,5V

19,2V

12V

5V

-5V 32,3V

12,2V

0,2V

0,6V

4,4V

7,9V

1V

3,3V

12V

28,8V

-28,8V

-12V

5V5V5V

-5V

10,3V 10,3V

5V

0V

20V~

EN 737.LX9000RCircuit Diagrams and PWB Layouts

POWER SUPPLY secondary/ copperside view

power secondary LX9000R, 240603

2225 C8 2231 B6 2232 B6 2233 B8 2234 A8 2235 B7

2236 B7 2237 D6 2238 C6 2239 C7 2240 C7 2241 C6

2242 D6 3205 C8 3207 D2 3208 D3 3209 A7 3210 A8

3211 A8 3212 A7 3213 A8 3214 A8 3215 B8 3216 A8

3217 A8 3218 B8 3219 C8 3220 C8 3221 C8 3222 C8

3223 B8 3224 A4 3225 A4 3226 A4 3227 A4 3228 A4

3229 A4 3230 C2 3231 A5 3232 C2 3233 C2 3234 B5

3235 B2 3236 B2 3237 B2 3238 B5 3239 B5 3240 B5

3241 B5 3243 B5 3244 C5 3245 B5 3249 B1 3250 B1

3251 B2 3254 B2 3257 C7 3258 C7 3259 C7 3260 B5

3261 C5 3263 B8 3264 A8 3265 A7 3266 A7 3267 A7

3268 D1 3269 D1 3270 D1 3271 D3 3272 D3 3273 D3

3274 D3 3275 D8 3276 C8 4201 A1 6212 A7 6213 A8

6214 A8 6215 D2 6216 A8 6219 B3 6221 C5 6222 C5

6223 B5 6224 A7 6225 A8 6226 C7 6227 C5 6230 C7

6231 B5 6232 B5 6233 C5 7207 C2 7208 D2 7209 A8

7212 A4 7213 A3 7214 A8 7215 A8 7216 A4 7217 B5

7218 B2 7219 B1 7221 C8 7222 C7 7223 A8 7224 A7

7225 D1 7226 D1 7227 D3 7228 C8

1200 D1 1201 B1 1202 D4

1203 A6 1204 C1 1205 A1

1206 A2 1207 A3 1208 A5

1209 B5 1210 A1 1211 B6

1212 A6 1213 D6 1214 B6

2200 B2 2201 D3 2202 D7

2203 A6 2204 B3 2205 C3

2206 D4 2207 B4 2208 D6

2209 A2 2210 A3 2211 A3

2212 C6 2213 C7 2214 A8

2216 A7 2217 B8 2218 C3

2219 C3 2220 A7 2221 B6

2222 C2 2223 B2 2224 B2

2226 D5 2243 D3 3242 D8

3252 B1 3255 D4 3256 C7

5200 B3 6210 B8 6211 C8

6217 B1 6220 D4 7200 B2

7201 D8 7202 C8 7203 B8

7204 B3 7205 D2 7206 C2

7210 A8 7211 A8 7220 A2

EN 747.LX9000RCircuit Diagrams and PWB Layouts

AMPLIFIER ASP BOARD 1623

TRANSFORMER

ASP BOARD 1622 DIGITAL BOARD 1900

DVD BASIC ENGINEPOWER SUPPLY primary

FAN

POWER SUPPLY secondary/ componentside view

power secondary LX9000R, 010703

1200 D1 1201 B1 1202 D4

1203 A6 1204 C1 1205 A1

1206 A2 1207 A3 1208 A5

1209 B5 1210 A1 1211 B6

1212 A6 1213 D6 1214 B6

2200 B2 2201 D3 2202 D7

2203 A6 2204 B3 2205 C3

2206 D4 2207 B4 2208 D6

2209 A2 2210 A3 2211 A3

2212 C6 2213 C7 2214 A8

2216 A7 2217 B8 2218 C3

2219 C3 2220 A7 2221 B6

2222 C2 2223 B2 2224 B2

2226 D5 2243 D3 3242 D8

3252 B1 3255 D4 3256 C7

5200 B3 6210 B8 6211 C8

6217 B1 6220 D4 7200 B2

7201 D8 7202 C8 7203 B8

7204 B3 7205 D2 7206 C2

7210 A8 7211 A8 7220 A2

EN 757.LX9000RCircuit Diagrams and PWB Layouts

G4

0

3

2

VDD

VEE VSS

1

0

3

2

1

4X

0 3

0 1

... provisional

LINE IN 1

AIN2L

LINE OUT

MUX_RIGHT

AIN1R

F911 E2 F912 B8 F913 B8 F914 B8 F915 B8 F916 B8 F917 C8 F918 C8 F919 C8 F920 D8 F921 D8

GND GND

*

AFMUX2 AFMUX1

DIGITAL OUT

coax

ANALOG IN2 L

ANALOG IN2 R

ANALOG IN1 L

0 1

1

4902 D2 4903 D2 4908 D8 7901 A5 9901 E5 F900 A2

AIN1L

*

*

F907 C2 F908 D2 F909 D2 F910 D2

3911 C7 3912 C3 3913 C6 3914 D2 3915 A5 3916 C2 3917 D3 3918 D3 3919 E2 3920 D2 3921 E3

F922 D8 F923 E8 F924 E4 F925 E5 F926 E6 F927 E8

SOURCE SELECTOR

LINE IN1 L

LINE IN1 R

LINE_RIGHT

2913 C7 2914 C8 2915 E4 2916 E8 2917 E8 2918 E8 2919 F8 2926 B2 2927 C2 2928 D8 3901 C5

F901 A2 F902 A2 F903 C2 F904 B2 F905 C2 F906 C2

LINE_LEFT

*

3908 C2 3909 B3 3910 C3

to / from ASP Board 1610

1901-3 C8 1901-4 D8 1902 F8 1903 B9 1904 C2 1905 D2

3922 E3 3923 C7 3924 C8 3926 B2 3927 C2 4901 E4

ANALOG IN1 R

LINE IN2 L

LINE IN2 R

MUX_LEFT

2906 C3 2907 C7 2908 D3 2909 D3 2910 A6 2911 E3 2912 E3

89

123456789

3902 A2 3903 A3 3904 A3 3905 A3 3906 B7 3907 B6

LINE IN 2

AIN2R

SOURCE

0

A

B

C

1907 E2 2901 C6 2902 A3 2903 A3 2904 B7 2905 C3

GND

SPDIF

GND

1234567

1901-2 B2

AUXILIARY BOARD

1

GND

LINE IN2 LINE IN1

ANALOG IN1

ANALOG IN2

LOGIC

A

B

C

D

E

F

DIG OUT (coax)

from MDM Board

19531950

from AV Board

Scart 1Scart2

1

0

1

2

3

3926

10R

D

E

F

0900 E5 1901-1 A2

3923

EH-S

1904

D

470R

100p

2918

GND_A

100p

2919

F924

GND_A

470K

3913

100R

F913

C-PAD

0900

3915

3917

2911

470p

470K

100n

3902

1K0

2901

100R

3901

1K0

3908

F914

F912

2905

470p

LPR6520-A530

1

3

2

F904

1901-1

F907

470R

3924

10n

2926

F905

F900

F903

F906

GND_A GND_A

GND_A

F911

GND_A

GND_A GND_A

D

GND_A

10

11

GND_A

10n

2916

1901-4

LPR6520-A530

GROUND

100n

F920

F916

2910

F919

F902

4901

2915

100n

3921

470K

470p

2912

49024903

2907

100p

3906

220R

3905

470K

3918

470K

10R

3927

4908

1K0

2913

470p

3914

GND_A

470K

3912

GND_A

3910

470K

GND_A

F915

2908

F901

470p

EH-B

1

2

3

4

5

6

F922

F926

1907

470p

2914

1K0

F925

3916

2909

470p

3911

220R

1

2

3

3903

1K0

1905

EH-S

3919

GND_A

1K0

3920

HP_A

F923

F910

D

HP_A

F908

GND_A

D

GND_A

D

GND_A

10n

2928

10n

2917

3904

9901

2903

470p

470K

470p

2902

F921

470K

3922

2904

100p

470p

3907

2906

2927

10n

470K

1902

1

3

2

F909

1901-3

LPR6520-A530

7

9

8

YKC21-3416

F927

F917

F918

GND_A

GND_A GND_A

GND_A

GND_A GND_A

3909

1K0

GND_A

5 6 7 8 9 10 11 12 13 14 15

2 3 4

3

1903

15FE-BT-VK-N

1

78

12

1

14

5

15

2

11

4

13

MDX

7901

10

9 6

16

1901-2

4

6

5

HEF4052B

+5VA

-5V_STBY

+5VA

AF_MUX2

AF_MUX1

AF_MUX2

LPR6520-A530

Auxiliary board LX9000R, 070703

to 7901

-5V

5V

0V 0V 0V 0V

0V

0V 0V 0V 0V

-5V

0,1V

0V

EN 767.LX9000RCircuit Diagrams and PWB Layouts

AUXILIARY BOARD/ copperside view

auxiliary LX9000R, 030703

2901 A2 2902 A1 2903 A1 2904 A2 2905 B1 2906 A2 2907 B2 2908 A2 2909 A2 2910 A2 2911 A2 2912 B2 2913 B1 2914 B2 2915 C1 2916 A1 2917 B1 2918 D1 2919 D1 2926 A1 2927 A1 2928 B1 3902 A1 3903 A1 3904 A1 3905 A2 3906 A3 3907 A2 3908 A1 3909 A1 3910 B1 3911 B3 3912 A1 3913 B2 3914 B2 3916 A2 3917 A2 3918 B2 3919 B2 3920 A3 3921 A2 3922 B2

3923 C1 3924 B1 3926 A1 3927 B1 4901 C1 4902 B3 4903 C3 4904 A3 4905 A3 4906 A1 4908 B1 7901 A2

0900 C1 1901 A1 1902 D1 1903 A3 1904 B3 1905 C3 1907 D2 3901 A3 3915 A2 9901 D2 9902 B2 9903 B2 9904 B3 9905 B2 9906 A3

1907

61

31046117

DIG OUT

coax

LINE

OUT IN2 IN1

MDM BOARD

A/V BOARD 1950

(blue)

ASP BOARD 1610A/V BOARD 1953

(black)

EN 777.LX9000RCircuit Diagrams and PWB Layouts

LR_AMP_ON

AMP_ON_CENTER

*

1301

*

DVD Fan Control

* ... provisional

to AV Board to AUX Boardto key right

1903

AF_MUX1

AF_MUX2

1803

1802

from 1600/21

AV3 DVD module

ASP BOARD

*

to Audio Tuner

F665 B12

F666 G9 F667 E12 F668 D8 F669 H12

to MDM Board

to Supply Board secondary

WU (provisional)

1208 1207

F651 C12 F652 C12 F653 C12

F654 D12 F655 E10 F656 E12 F657 E12

F658 E12 F659 F12 F660 F12 F661 G12

F662 G12 F663 D5 F664 D5

1303

1935 1934 1417

-

+

to AMPLIFIER Sub/Sur

to FRONT / control

dipmate

to AV Board

STBY

INV_ON (ION)

(provisional)

F642 C9 F643 C9 F644 C9 F645 D8

F646 E8 F647 A12 F648 B12 F649 B12

F650 B12

dipmate

1402

*

F611 E2 F612 E2

to AMPLIFIER LR/Centre

F634 D6 F635 E6 F636 E6 F637 E6

F638 E6 F639 B9 F640 B9 F641 C9

from Supply Board secondary

F627 G5 F628 G5 F629 A6

F630 A6 F631 D6 F632 D6 F633 D6

DVD FAN

3705 D4 3706 D4 3707 D4

3708 F10

F613 E2

F614 E2 F615 F2 F616 F2 F617 F2

F618 F2 F619 D3 F620 E4 F621 E4

F622 F5 F623 F5 F624 G5 F625 G5

F626 G53637 B5 3645 C10 3646 C11 3671 B6

3678 A4 3679 B4 3690 C4 3691 G4

3693 F3 3694 F3 3695 G4 3696 G4

provisional for

F601 C2

F602 C2 F603 C2 F604 C2 F605 C2

F606 D2 F607 D2 F608 E2 F609 E2

F610 E2

4 5 6 7 8 9 10 11 12

A

B

3709 G10 3710 D11 3711 C11

4690 C10 4692 E10 4693 E10 4694 E11

4695 C4 4696 C4 7610 B5 7611 B6

7612 F10 7613 F10 F600 B2

2697 E10 3625 B10 3626 C10 3636 A5

F

G

H

1600 A1 1601 E2 1602 C5 1603 C6

1606 F5 1610 B8 1611 D8 1612 E8

1613 G8 3697 G4

3698 G3 3699 G4 3703 B12

3704 D4

123

C

D

E

F

G

H

A

*

1620 A12 1621 C12 1622 E12

1623 F12 1625 A6 2628 B5 2696 C10

B

C

D

E

3 4 5 6 7

1401

to 7610

123456789101112

1612

1 2

GND_A

F649

4

5

6

7

8

9

470R

3691

10

11

12

13

14

15

16

17

18

19

2

20

21

3

4690

1600

FE-B

1

7611

BC327-25

F647

F650

GND_M

F611

F602

F614

GND_M

HP_A

220K

3709

F623

6K8

3708

2R2

3707

3706

3705

2R2

3696 470R

F659

F616

F624

F660

GND_D

F608

4694

2 3 4 5 6 7 8 9

1

10 11 12 13 14 15

GND_A

15FE-BT-VK-N

1610

F651

GND_D

16V 47u

2628

GND_D

GND_M

10K

3703

10R

3637

F625

6 7 8

9

3671

10R

4

1622

PH-B

1

10

2

3

4

5

FE-BT-VK-N

1611

1

2

3

F626

F637

F615

3690

10K

GND_A

3646

10K

1621

FE-BT-VK-N

1

10

2

3

4

5

6

7

8

9

F613

F648

GND_D

F604

F600

GND_M

F662

F661

3704

F634

2R2

F658

F654

6

7

8

9

EH-B

1603

1

10

11

12

2

3

4

5

F603

F621

F636

GND_D

10K

3694

GND_D

BC847B

7613

7610 BC847B

GND_D

4692

GND_D

9

GND_D

HP_A

F638

1620

1

10

2 3

4

5

6 7

8

FE-BT-VK-N

GND_A

GND_D

470R

GND_D

4695

3695

F620

F645

F609

7612

BC847B

GND_A

8

9

GND_A

FE-BT-VK-N

1606

1

10

11

2

3

4

5

6

7

F630

F652

F629

F653

470R

3697

F617

GND_A

1K

3636

F635

F607

F642

4693

3693

10K

8

GND_D

1 2 3 4 5 6 7

8K2

3678

1613

F633

GND_D

GND_A

F643

22

23

3

4

5

6

7

8

9

F631

1

10

11

12

13

14

15

16

17

18

19

2

20

21

GND_D

FE-BT-VK-N

1601

F655

HP_A

F656

10K

3625

F632

GND_A

F646

1625

1

2

F605

F627

EH-S

2696

10n

F657

F628

F612

F601

3626

10K

3645

1K

3679

F641

F606

F622

F639

10n

2697

GND_D

F644

5

6

7

8

9

GND_D

F640

1602

EH-B

1

10

11

12

2

3

4

1

10

11

12

13

2

3

4

5

6

7

8

9

GND_A

1623

PH-B

3699

10K

3698

4696

10K

F619

GND_A

GND_D

F610

3711

2K2

3710

8K2

F667

F668

F665

F666

F664

F663

F669

F618

+5V_A

+5V_STBY

PWR_DOWN

HP_LEFT

HP_RIGHT

+5V_STBY

+3V3

+12V_STBY

RELAY_CTRL

STBY_CTRL

SCART_WAKEUP

STBY_CTRL

INV_ON

IPFAIL

LR_CSUB_ON

FREQU_HOP

+12V_A

-12V_A

MDM_SCL

MDM_SDA

MDM_IRQ

MDM_RESET

MUX_LEFT

+5V_A

LINE_RIGHT

LINE_LEFT

MUX_RIGHT

MDM_OUT_L

MDM_OUT_R

MDM_CENTRE

MDM_SL

MDM_SR

MDM_SUB

DOWNMIX_L

DOWNMIX_R

+3V3

DVD_FAN_CTRL

NTC_Amp

DVD_FAN_CTRL

+12V_AM

AMP_SUB

SUR_ON

AMP_SR

AMP_SL

+5V

+5V_STBY

-5V

-5V_STBY

+33V_STBY

MDM_IN_R

MDM_IN_L

MUTE_LINE

FREQU_HOP

AF_MUX2

+5V_A

TU_stereo

TU_CLOCK

TU_DI

TU_CE

TU_SD

TU_RDS

MDM_SDA

SET_FAN_CTRL

MDM_SCL

MDM_IRQ

MDM_RESET

NTC_Trafo

NTC_Amp

NTC_Supply

AF_MUX1

AF_I2C_SCL1

AF_I2C_SCL2

AF_I2C_SCL3

AF_I2C_SDA

9V_TUNER

TU_SD

NTC_Supply

AF_MUX2

AF_MUX1

-5V_STBY

LR_CSUB_ON

SUR_ON

LR_CSUB_ON

NTC_Trafo

SET_FAN_CTRL

-5V_STBY

-5V

MUTE_CENTRE

PWR_DOWN

SCART_WAKEUP

INV_ON

SUR_ON

+12V_AM

LR_CSUB_ON

MUTE_HP

HIGHPASS_OFF

MUTE_ALL

+5V_A

AMP_LEFT

AMP_RIGHT

AMP_CENTRE

-12V_A

+5V

+12V_STBY

+5V_STBY

+33V_STBY

INV_ON

RELAY_CTRL

PWR_DOWN

+12V_A

+5V_A

+12V_AM

+5V

TU_CE

TU_stereo

TU_DI

TU_CLOCK

TU_LEFT

TU_RIGHT

TU_RDS

ASP board LX9000R, 010703

EVM

V

DC voltages measured in Stop mode

...V

0V 0V

0V 0V 0V 0V

0V

0V 0V 0V 0V

0V

0V 0V 0V

0V

4,4V

4,2V

12V

-12V 5V 5V 5V

5V

-5V

32,3V

12V

0,2V 0,6V 4,4V

0V

1,9V 1,1V 3,3V

-5V

12V

5,3V 2,4V

4,4V

0V 0V

0V 0V 0V 0V 0V

0V 0V 0V

5V

-5V

-5V 5V 32,3V

12V

4,9V

0V

0,6V

4,9V 0V

0,2V

3,3V

3,8V

0V 0V 5V

-5V

0V

4,8V 4,8V

0V 5V

4,8V 9,2V 0V

0V 0V 0V

0,5V 5,2V 0V

0V

12V

-12V

0V

5,1V 0V 0V 0V

0V 0V 0V

0V 0,2V 0,2V

1,4V 1,8V 4,2V

4,6V 4,6V 4,6V 5,3V

5V

2V

4,8V

0V

4,8V

4,4V 12V 12V

7,9V

typ. at 25°C

EN 787.LX9000RCircuit Diagrams and PWB Layouts

INHIB

IN OUT

ADJ

GND

VOLUME I

RIGHT

SUR.

SOURCE

SUPPLY

POWER

SELECTOR

TREBLE

LEFT

VOLUME II

LOGIC

LEFT

REC

IIC BUS

BASS ALC

BASS

LEFT

VOLUME I

LEFT

SUR.

TREBLE

RIGHT

VOLUME II

RIGHT

BASS RIGHT

F511 F12 F512 B14 F513 F14

1601

*

1603

1606

*

1611

*

1601

7560 E11 7570 G11 F500 C5 F501 E5 F502 D6

F503 G6 F504 B8 F505 E10 F506 F10 F507 D10 F508 B5 F509 C2 F510 E12

MUTE

L / R AMP

MUTE

1602

MDM_L

*

4500 B5 4501 E5 4502 G5

4503 C8 4504 G8 4505 E9 6520 B4 7500 D5 7501 D10 7502-1 F12 7502-2 E12

7510 B13 7511 B14 7512 B13 7514 F14 7516 E13 7517 F13 7520 A3 7521 C4

7550 B8 7551 B9 7552 B9

2603, 4652

1611

LINE

MUTE

1603

1610

ASP BOARD

HEADPHONE

*

1601

3583 F13 3584 E13 3585 E14 3586 F14 3587 D9 3588 C14 3589 H15

3590 A8 3591 A9 3592 A10 3593 A9 3594 C8 3595 B9 3596 C10 3597 B9

3598 B7 3599 B8 3639 C3 3648 D8 3672 G8

*

2602, 4650

1610

MUX_R

*

3570 G10 3571 G11 3572 G11 3573 F11

3574 F11 3575 F11 3576 F12 3577 F13 3578 E13 3579 D13 3580 B7 3581 G15

3582 G14

*

DOWNMIX_L

LOUDSPEAKER

L / R FRONT

MDM_R

1620

3548 E2 3549 E9

3550 E9 3551 F10 3552 F10 3553 B5 3554 B5 3555 C1 3556 B13 3557 B13

3558 B14 3559 B14 3560 E10 3561 E11 3562 E11 3563 E11 3564 E11 3565 E11

3566 E12 3567 E13 3568 D13 3569 D13

*

3527 F3 3528 F3 3529 F3 3530 F3 3531 D5 3532 D5 3533 C5

3534 D6 3535 D8 3536 D7 3537 D2 3538 E2 3539 C10 3540 C10 3541 G5

3542 G5 3543 G5 3544 G6 3545 H8 3546 H8

(L78L09AC)

*

3547 E2

3505 F2 3506 F2 3507 F2 3508 F2 3509 G2

3510 G2 3511 G2 3512 G2 3513 G2 3514 H2 3515 H2 3516 E3 3517 E3

3518 E3 3519 E3 3520 A3 3521 A3 3522 A4 3523 B4 3524 B4 3525 C4

3526 B5

*

MUX_L

DOWNMIX_R

TU_L

2556 D9 2560 E10

2561 E11 2562 E12 2563 E12 2564 E11 2570 F10 2571 F11 2572 F12 2573 F12

2574 F11 2590 A8 2591 A10 2592 C8 2593 B10 2595 B8 3500 A9 3501 A10

3502 C9 3503 B10 3504 F2

*

2540 G5

2541 G5 2542 G6 2543 G6 2544 G7 2545 G8 2546 G8 2547 G8 2548 F10

2549 F9 2550 B6 2551 D1 2552 D2 2554 B14 2555 G14

*

2524 D4 2525 D4 2526 E5 2527 D9 2528 E10 2530 D5 2531 D6 2532 C6

2533 C6 2534 D7 2535 D8 2536 D8 2537 D8 2538 F9 2539 F9

*

TU_R

2510 G4 2511 G4 2512 G4 2513 G4 2514 G4 2515 G4

2516 G4 2517 G5 2518 G5 2519 E9 2520 B3 2521 B4 2522 D3 2523 D4

*

15

A

B

C

D

E

F

G

H

9 10111213

456789

*

10 11 12 13 14

C

D

E

F

G

2504 F2 2505 G2 2506 G2 2507 H2

2508 E2 2509 E2

* ... provisional

12345678

*

14 15

12 3

1601

*

A

B

H

2500 A9 2501 C9 2502 E2 2503 F2

BC847B

7552

3580

4K7

47K

3541

47K

3531

GND_A

4u7

2592

35V

GND_A

7501

BC857B

3521

33R

GND_A

2560

4u7 35V

100p

2515

27K

3576

220R

3516

18K

3533

GND_A

2521

4K7

3570

GND_A

1647u

100n

2520

3n3

2543

3522

33R

3544

10K

150R

3583

3586

1K0

F503

HP_A

F505

100p

2514

100n

2535

F504

GND_A

3563 220R

GND_A

F506

39K

3509

BC857B

7511

5K6

3542

3564

22K

4501

3592

470R

2593

470p

BC847B 7551

3538

3500 100R

3534

33K

10K

1n0

2531

3582

2533

3n3

3506

GND_A

15K

4504

4K7

GND_A

1K0

3508

3510

1K0

470R

3639

GND_A

33R

3520

GND_A

1u

2507

220R

3527

3577

330R

3549 220R

330R

3567

100K

3503

4K7

3515

3539

3569

33R

10K

2548

2528

470n 50V

50V470n

GND_A

2527

1n0

GND_A

8K2

3554

3528 220R

F509

3597

2K2

F501

3550

1K0

1u

2505

220R

3518

F500

F507

GND_A

33K

3548

3532

5K6

NJM4556AM

7502-1

3

2

1

84

F508

GND_A

2506

1u

3596

470R

GND_A

3543

18K

F511

100R

3502

470K

3561

2556

GND_D

100n

2538

100p

GND_A

470n

2547

3525

47R

3572

3K3

3558

2530

470n

5K6

3545

10K

3553

4K7

220R

3529

2523

100u 16

GND_A

3K3

3547

100p

2574

GND_A

4502

3K3

3537

GND_D

GND_A

100p

2512

33R

3579

47R

3578

47K

3591

F502

2509

4u7 35V

35V4u7

2508

HP_A

4503

BAS316

6520

2554

4u7 35V

4n7

2534

2536

220n

3536

6K8

27K

3523

1%

3590

1K

GND_A

BC857B

7550

2595

4u7 35V

2590

4u7

1K0

3585

1K0

3672

1K0

3648

3574

F512

22K

2564

100p

F510

4K7

3556

1K0

3512

4K7

3560

150R

GND_A

3584

4K7

3540

470n

2540

2519

470n

35V4u7

2503

39K

BC847B 7570

10n

2532

3511

2552

47u 16

3513

4K7

220n

2546

100p

2517

100p

2539

3530 220R

3598

10K

3559

15K

10K

3588

2542

10n

6K8

3575

1

3517 220R

5

24

6

23

8

21

2

7

22

12

17

14

15

9

20

16

101911

18

27

13

28

3

26

4

25

7500

TDA7468

2561

1n0

2571

GND_D

220R

3573

GND_A

3595

47K

3K3

3562

2504

1u

4500

BC847B

7521

220R

3552

GND_A

2510

100p

GND_A

16

47p

2572

3566

27K

2524

47u

1

2562

47p

4

7 6

2 3

8

5

LM2931D-R

7520

3519 220R

GND_A

180K

3524

1%

1K0

3557

GND_D

GND_A

HP_A

3589

10K

4K7

3514

3568

47R

3571

470K

GND_A

BC847B 7560

2502

4u7 35V

22n

7516

BC817-25

GND_A

HP_A

2551

2570

35V4u7

2513

100p

2541

1n0

2545

100n

4K7

3507

7514

BC857B

3593

2K2

1K0

3551

2525

22n

3594

1K

GND_A

470p

2591

GND_A

3505

4K7

F513

1n0

2549

3599

10K

1K

3526

3581

10K

35V4u7

2555

4505

2511

100p

GND_A

BC817-25

7510

7512

BC817-25

2516

100p

GND_A

3535

5K6

2537

470n

5 6

7

84

NJM4556AM

7502-2

3587

10K

3555

22R

2563

100u10

GND_A

GND_D

3565

6K8

3501

100K

4u735V

35V 4u7

2501

GND_A

2500

2518

1n0

10 100u

2573

HP_A

6K8

3546

GND_A

2526

47u 16

4K7

2522

2n2

3504

2550

100u 10

BC817-25

7517

2544

4n7

XHIGHPASS_OFF

HPREF

LINE_R

LINE_L

9V_TUNER

+5V_STBY

XMUTE_ALL

MUTE_ALL

+5V_STBY

+12V_A

+HP

+5V_A

MUX_LEFT

+9V2

+5V_A

+12V_A

HPREF

MDM_IN_L

MDM_IN_R

LINE_R

+HP

+5V_STBY

MUTE_LINE

LINE_LEFT

LINE_RIGHT

MUTE_HP

HIGHPASS_OFF

+12V_A

MDM_OUT_L

MDM_OUT_R

TU_RIGHT

TU_LEFT

DOWNMIX_L

DOWNMIX_R

LINE_L

AF_I2C_SCL1

AF_I2C_SDA

HPREF

+HP

HP_LEFT

HP_RIGHT

ALC_SUM

AMP_RIGHT

AMP_LEFT

MUX_RIGHT

ASP board LX9000R, 030703

EVM

V

DC voltages measured in Stop mode

...V

12V

9,2V

5,9V

7,9V

12V

9,9V

9,2V

4,6V

4,6V 4,6V

4,6V 4,6V 4,6V

4,6V 4,6V

4,6V 4,6V 4,6V

4,6V

4,6V4,6V 4,6V 4,6V 4,6V

4,8V 4,8V

0V

0V 0V

0V

5V

4,8V

-1,2V

0V

-1,2V

-1,5V 5V

4,8V

5V

5,9V

12V

5,9V

5V

-1,6V

-1,4V

0V

-0,6V

-0,8V

4,8V

5V

0V

12V

5V

30 Hz 20 kHz

20 kHz100 Hz

EN 797.LX9000RCircuit Diagrams and PWB Layouts

VOLUME I

RIGHT

SUR.

SOURCE

SUPPLY

POWER

SELECTOR

TREBLE

LEFT

VOLUME II

LOGIC

LEFT

REC

IIC BUS

BASS ALC

BASS

LEFT

VOLUME I

LEFT

SUR.

TREBLE

RIGHT

VOLUME II

RIGHT

BASS RIGHT

VOLUME I

RIGHT

SUR.

SOURCE

SUPPLY

POWER

SELECTOR

TREBLE

LEFT

VOLUME II

LOGIC

LEFT

REC

IIC BUS

BASS ALC

BASS

LEFT

VOLUME I

LEFT

SUR.

TREBLE

RIGHT

VOLUME II

RIGHT

BASS RIGHT

7604 A4 7650-1 E10 7650-2 F10 7651 E12 7652 E12 7653 G12 7654 E4 7655 G8 F674 H12 F675 A4 F676 A5 F677 C5 F678 E4

SUBWOOFER

1620

*

1621

MUTE

MDM_CENTRE

MDM_SUB

1601

MUTE

SURROUND

MUTE CENTRE

*

7603 H12

3668 F10 3669 E11 3670 G12 3673 F8 3674 F8 3675 E12 3676 E12 3677 F12 3680 G7 3681 H6 3682 H7 3683 F8 3684 F9

F679 A8 F680 C8 F681 E8 F682 F8 F683 H2 F684 I2 F685 F12 F686 I2

MUTE

*

3651 F2 3652 F2 3653 F2 3654 E3

4640 E8 4650 F2 4651 G2 4652 G2 4653 G2 4660 E10 4685 F9 7600-1 B10 7600-2 C10 7601 B12 7602 B12

*

3629 B11 3630 C7 3631 C7

3685 G9 3686 G9 3687 F11 3688 G10 3689 G11 3692 H11 3700 H12 3701 H12 3702 F9 4610 A10 4620 B8 4625 G7 4630 B10

*

3611 A3 3612 A9 3613 A8

3655 F3 3656 F3 3657 F3 3658 G3 3659 D5 3660 D7 3661 D7 3662 E9 3663 E8 3664 E9 3665 E9 3666 G8 3667 E11

2691 H8 2692 G10 2693 G11

3632 C9

3633 C8 3634 C9 3635 C9 3638 C10 3640 H2 3641 I2 3642 I2 3643 I2 3644 I2 3647 C11 3649 C11 3650 E2

*

2673 E8 2674 F8 2675 F8

3614 A9 3615 B9 3616 A7 3617 A7 3618 B10 3619 B8 3620 B12 3621 B12 3622 B8 3623 F12 3624 H11 3627 A11 3628 G11

*

2658 E4 2659 D5

2694 H10 2695 H11 3600 B2 3601 B2 3602 B2 3603 C2 3604 B3 3605 B3 3606 B3 3607 C3 3608 C3 3609 C3 3610 B2

* ... provisional

*

2638 C8 2639 C9 2640 C10

2676 E12 2677 D7 2680 G6 2681 G6 2682 G7 2683 H7 2684 G9 2685 G9 2686 G9 2687 F11 2688 G8 2689 F8 2690 G9

SWPRE

*

2616 A7 2617 A7 2618 A8

2660 G3 2661 G4 2662 G4 2663 G4 2664 G4 2665 D6 2666 D7 2667 E11 2668 E8 2669 E9 2670 E10 2671 E9 2672 E10

*

GND_A

**

2641 C9 2642 H2 2643 I2 2644 I2 2647 C11 2650 E2 2651 F2 2652 F2 2653 G2 2654 F3 2655 G3 2656 E3 2657 E3

*

1603

MDM_SL

for test reasons only

MDM_SR

123456

2619 A9 2620 A10 2621 B9 2622 B10 2623 B8 2624 B8 2625 G6 2627 A11 2630 C6 2631 C7 2632 D7 2633 C10 2637 G8

LINE_R

LINE_L

*

12 13

A

B

C

D

E

F

G

H

I

A

B

2603 C2 2604 B8 2606 A3 2607 A3 2608 A4 2609 A5 2610 D3 2611 D4 2612 D4 2613 D4 2614 D4 2615 A6

SUBWOOFER /

CENTRE

*

E

F

G

H

I

1605 H13 2600 B2 2601 B2 2602 C2

ASP BOARD

SURROUND

for test reasons only

7 8 9 10 11 12 13

1234567891011

3632

C

D

3667 100R

10K

3665

4K7

3603

8K2

3644

10100u

2644

15K

3677

F675

10K

3676

3623

3662 10K

220R

3608

22R

3640

GND_A

GND_D

4K7

3651

3619

1K0

3681

3K3

2604

470n

2690

100p

2688

1n

GND_A

1K0

3617

2693

10n

3658

220R

4K7

3657

GND_A

2633

100p

2669

F686

50V470n

HP_A

3688

GND_A

2K2

2686

100p

2606

47u 16

3659 4K7

5 6

7

84

GND_A

3669

NJM4556AM

7650-2

GND_A

1K0

2673

GND_A

4n7

2630

470n

2615

4n7

220R

3609

100n

2677

2666

100n

100p

2660

2661

100p

1K0

3673

7652

BC857B

4K7

3641

1K0

3675

8K2

3605 220R

3642

2672

100p

2675

100p

2647

47u

1

84

2665

4n7

7600-1 NJM4556AM

3 2

1n

2641

3614

220R

3647 100R

7655

BC847B

220R

3633

1u

2650

4620

330n

2663

100p

2624

2623

100p

2617

100n

F677

10K

3616

GND_A

56n

2602

GND_A

3601

4K7

3684

10K

1K0

3620

3702

1K0

4685

F674

220n

2685

F681

F676

3689

1K0

3687

GND_A

2687

47u

100R

10n

2692

35V4u7

2676

3680

1K0

3682

5K6

F684

GND_A

3686 22K

F678

GND_A

F682

F680

1647u

2656

1647u

2608

2603

56n

3621

1K0

3685 10K

2684

220n

GND_A

3612

F679

GND_A

10K

2689

10u

3683 3K3

GND_A GND_A

100p

33n

2654

2680

470R

3700

10K

3692

2662

100p

2658

47u 16

100p

2664

100n

2631

1647u

2642

2643

100u 10

1K0

3624

1K0

3628

1K0

3701

BC847B

7603

1K0

3622

1n

2671

GND_A

4652

2620

100p

4625

2651

10u 35

3656 220R

100p

2611

2618

1n

3 2

1

84

220R

3664

NJM4556AM

7650-1

330n

2637

3660

10K

3661

1K0

1n

2668

220R

3604

7651

BC817-25

2691

10n

220R

3663

1n

2638

2600

1u

2610

100p

GND_A

1K0

3649

5 6

7

84

7600-2

NJM4556AM

1K0

3631

F683

F685

2609

100p

2607

22n

GND_AGND_A

56n

2682

1

2

GND_A

EH-S

1605

220R

3654

GND_A

100R

3627

1n0

2695

16V 10u

2694

GND_A

HP_A

GND_A

2667

47u

4610

4630

3652

1K0

3650

3670

1K0

4K7

GND_A

10K

3630

4651

4650

3653

3K3

3510u

2653

100p

2612

GND_D

2613

100p

2

7

22

12

17

14

15

9

20

1

11

18

27

13

28

3

26

4

25

5

24

6

23

8

21

GND_A

7604

TDA7468

16

10

19

4653

100p

2622

3615

10K

6K8

3618

1K0

3611

10K

3635

3629

3638

6K8

GND_A

220R

3606

GND_A

2681

470n

4640

2619

470n 50V

3613

220R

1u

2601

3607 220R

100p

2670

BC817-25

7602

7601

BC817-25

8

21

2

7

22

12

17

14

15

9

20

1

16

101911

18

27

13

28

3

26

4

25

5

24

6

23

2621

1n

TDA7468

7654

47u

2627

HP_A

GND_D

220R

3634

22n

2657

50V470n

2639

3600

4K7

100p

2614

100p

2674

3674

1K0

4K7

3602

2683

470n

2625

470n

4660

GND_A

7653

GND_A

100n

2616

BC817-25

GND_A

100p

2640

3668

6K8

HP_A

2632

100n

3610

1K0

2659

330n

3643

4K7

2655

33n

2652

10u 35

GND_A

3655 220R

GND_A

2K2

3666

S_REF

C_REF

AMP_CENTRE

XMUTE_ALL

AMP_SUB

9V_TUNER9V_TUNER

+9V2

ALC_SUM

HP_A

MDM_SL

MDM_SR

AF_I2C_SCL3

AF_I2C_SDA

ALC_SUM

+C_OPAMP

S_REF

AMP_SL

C_REF

S_REF

AMP_SR

XMUTE_ALL

MUTE_CENTRE

XHIGHPASS_OFF

+C_OPAMP

S_REF

AF_I2C_SCL2

AF_I2C_SDA

XLINE_L

XLINE_R

LINE_L

LINE_R

LINE_L

LINE_R

XLINE_L

XLINE_R

+5V_STBY

C_REF

+12V_A

+C_OPAMP

MDM_CENTRE

MDM_SUB

+9V2

C_REF

+C_OPAMP

+9V2

ASP board LX9000R, 020703

Low pass

on/off

EVM

V

DC voltages measured in Stop mode...V

5,9V

12V

5,9V

12V

5,9V

12V

0V

-1,5V

4,8V

5V

-1,6V

5,9V

-1,1V

12V

5,9V

4,6V

4,6V 4,6V

4,6V 4,6V 4,6V

4,6V

4,6V 4,6V 4,6V 4,6V 4,6V

4,6V

4,6V4,6V4,6V4,6V4,6V

4,8V

0V

4,6V

4,8V

0V

9,2V

0V

4,6V

4,6V 4,6V

4,6V 4,6V 4,6V

4,6V

9,2V

9V

12V

9,2V

0V

5,9V

40 Hz 100 Hz

20 kHz100 Hz

EN 807.LX9000RCircuit Diagrams and PWB Layouts

ASP board LX9000R, 020703

ASP BOARD/ componentside view (with copper pattern component side)

1600 A6 1601 A5 1602 E4 1603 E6 1605 A1 1606 B7 1610 D7 1611 E2 1612 C1 1613 B1 1620 A2 1621 A3 1622 E2 1623 E2 1625 D1 2500 E6 2501 C7 2502 D6 2503 D6 2504 D6 2505 D6 2506 E6 2507 D6 2508 C6 2509 D6 2521 B7 2523 C7 2524 C7 2526 C6 2528 D4 2548 C4 2550 E3 2552 D4 2554 D1 2555 D2 2560 D3 2563 D3 2570 D3 2573 D3 2590 E5 2592 C6 2595 E5 2600 B5 2601 A5 2606 B5 2608 A5 2619 A3 2627 A2 2628 E1 2639 A3 2642 A2 2643 B3 2644 B3 2647 A2 2650 C5 2651 B5 2652 B5 2653 C5 2656 C5 2658 B5 2667 C2 2669 C3 2676 C1 2687 B2 2689 B3 2694 B2 3555 E4 3640 B1 3671 D2 7611 D1

MDM BOARD 1803

CONTROL BOARD 1401CONTROL BOARD 1402AMPLIFIER BOARD 1303AMPLIFIER BOARD 1301

MDM BOARD 1802KEY BOARD right 1417POWER SUPPLY BOARD secondary 1207

POWER SUPPLY BOARD secondary 1208

A/V BOARD 1934

AUDIO TUNERAUXILIARY BOARD 1903

A/V BOARD 1935

This assembly drawing shows a summary of all possible versions. For components used in a specific version see schematic diagram respectively partslist.

1178

ASP board LX9000R, 020703

ASP BOARD/ componentside view (with copper pattern SMD side)

MDM BOARD 1803

CONTROL BOARD 1401CONTROL BOARD 1402AMPLIFIER BOARD 1303AMPLIFIER BOARD 1301

MDM BOARD 1802KEY BOARD right 1417POWER SUPPLY BOARD secondary 1207

POWER SUPPLY BOARD secondary 1208

A/V BOARD 1934

AUDIO TUNERAUXILIARY BOARD 1903

A/V BOARD 1935

This assembly drawing shows a summary of all possible versions. For components used in a specific version see schematic diagram respectively partslist.

1178

EN 817.LX9000RCircuit Diagrams and PWB Layouts

2510 C5 2511 C5 2512 C5 2513 B5 2514 B5 2515 B5 2516 B6 2517 C5 2518 B6 2519 B4 2520 C6 2522 C7 2525 B6 2527 B4 2530 B5 2531 A5 2532 A5 2533 A5 2534 B5 2535 B5 2536 A5 2537 B4 2538 B4 2539 B4 2540 C5 2541 C5 2542 C5 2543 C5 2544 C5 2545 C5 2546 C5 2547 C4 2549 B4 2551 A4 2556 A5 2561 B3 2562 B3 2564 B3 2571 B3 2572 B3 2574 B3 2591 A6 2593 C6 2602 E5 2603 E5 2604 E4 2607 D4 2609 D4 2610 D4 2611 D4 2612 E4 2613 E4 2614 E4 2615 D4 2616 D4 2617 D4 2618 D4 2620 E3 2621 E3 2622 E3 2623 E3 2624 E3 2625 D4 2630 E4 2631 E4 2632 E4 2633 E3 2637 D2 2638 E4 2640 E3 2641 E3 2654 C5 2655 C5 2657 C5 2659 C4 2660 C4 2661 C4 2662 D4 2663 D4 2664 D4 2665 C4 2666 C4 2668 C4 2670 C3 2671 C3

2672 C3 2673 D4 2674 C3 2675 D3 2677 C4 2680 D4 2681 D4 2682 D4 2683 D4 2684 D3 2685 D3 2686 D2 2688 D4 2690 D3 2691 D2 2692 D3 2693 D2 2695 E1 2696 B7 2697 C7 3500 A6 3501 A6 3502 C7 3503 C6 3504 B6 3505 B6 3506 B7 3507 B7 3508 A7 3509 A6 3510 B7 3511 B7 3512 B7 3513 B7 3514 B6 3515 B6 3516 C6 3517 B6 3518 B6 3519 B6 3520 C6 3521 D6 3522 D6 3523 D7 3524 D6 3525 C7 3526 D6 3527 B6 3528 B6 3529 B6 3530 B6 3531 A5 3532 B5 3533 A5 3534 A5 3535 B4 3536 B4 3537 B6 3538 B6 3539 A5 3540 A4 3541 C5 3542 C5 3543 C5 3544 C5 3545 B4 3546 C4 3547 B6 3548 A6 3549 B4 3550 B4 3551 B4 3552 B4 3553 C3 3554 B3 3556 B2 3557 C2 3558 C2 3559 B1 3560 B4 3561 B4 3562 B4 3563 B3 3564 B3 3565 B3

3566 B3 3567 B2 3568 B2 3569 B2 3570 B4 3571 B4 3572 B4 3573 B3 3574 B3 3575 B3 3576 B3 3577 C3 3578 B2 3579 B2 3580 A5 3581 B2 3582 B2 3583 C3 3584 B3 3585 B2 3586 B2 3587 A5 3588 B1 3589 B2 3590 A5 3591 A5 3592 A6 3593 A6 3594 C6 3595 C6 3596 B6 3597 B6 3598 A5 3599 A5 3600 D5 3601 D5 3602 E5 3603 E5 3604 E5 3605 E5 3606 E5 3607 E5 3608 E5 3609 E5 3610 E5 3611 E5 3612 E3 3613 D3 3614 E3 3615 E3 3616 D4 3617 D4 3618 D3 3619 E3 3620 E2 3621 E2 3622 E3 3623 E5 3624 D2 3625 E4 3626 E4 3627 D3 3628 D2 3629 E2 3630 E4 3631 E4 3632 E3 3633 E3 3634 E3 3635 E3 3636 B1 3637 B2 3638 E3 3639 C7 3641 D2 3642 D2 3643 D3 3644 D3 3645 E6 3646 E6 3647 E2 3648 B5 3649 E2 3650 C5 3651 C5

3652 D5 3653 D5 3654 C5 3655 D5 3656 C5 3657 D5 3658 C5 3659 C4 3660 C4 3661 C4 3662 C3 3663 C3 3664 C3 3665 C3 3666 C2 3667 C2 3668 C3 3669 C2 3670 D2 3672 C5 3673 C3 3674 D3 3675 C2 3676 D2 3677 D2 3678 B1 3679 B2 3680 D4 3681 D4 3682 D4 3683 D3 3684 D3 3685 D3 3686 D3 3687 D2 3688 D3 3689 C2 3690 A4 3691 D7 3692 E1 3693 D7 3694 D7 3695 D7 3696 D7 3697 D7 3698 D7 3699 E7 3700 E1 3701 D2 3702 D3 3703 E2 3704 A4 3705 A4 3706 A4 3707 A4 3708 D1 3709 D1 3710 E3 3711 E3 4500 D7 4501 B6 4502 B6 4503 B4 4504 C4 4505 C4 4610 D3 4620 E3 4625 D4 4630 E3 4640 D3 4650 D5 4651 D5 4652 C5 4653 C5 4660 C3 4685 D3 4690 B7 4692 C7 4693 C7 4694 C7 4695 A4 4696 A4 6520 C7 7500 B5 7501 A4

7502 B3 7510 B2 7511 B2 7512 C2 7514 B2 7516 B2 7517 B2 7520 D6 7521 C7 7550 A5 7551 A6 7552 C6 7560 B4 7570 B4 7600 E3 7601 E2 7602 E2 7603 D2 7604 E4 7610 B1 7612 D1 7613 D1 7650 C3 7651 C2 7652 D2 7653 D2 7654 C4 7655 D2

ASP BOARD/ SMD side view

ASP board LX9000R, 020703

This assembly drawing shows a summary of all possible versions. For components used in a specific version see schematic diagram respectively partslist.

EN 827.LX9000RCircuit Diagrams and PWB Layouts

Start Service Test Program.

Hold

Open/Close

button

depressed while plugging

mains cord in.

Then press

S

twice

and select

MDM TEST.

PLAY

Button pressed?

Connect CD player to Line 1

Play track 15 of

*Audio SignalsTest Disc 1

Display shows

MDM error?

MDM TEST

No

Display shows SW-version

of DSP 7705.

Replace MDM module

At this moment the MDM module is set to "Service mode"

Use a CD-player with

a coaxial digital out

Can sound be heard on ALL

Channels ?

No

Yes

Connect CD player to Dig in

Play track 15 of

*Audio SignalsTest Disc 1

Can sound be heard on ALL

Channels ?

No

Replace MDM module

Connect CD player to

Optical In

Play track 15 of

*Audio SignalsTest Disc 1

Can sound be heard on ALL

Channels ?

No

Replace MDM module

Use a CD-player with

an optical digital out

Does a valid

SPDIF

-signal,

containing a sine-wave of 1kHz

appear on the Dig out?

No

Replace MDM module

MDM is working properly troubleshootMDM2000, 140603

Replace MDM module

Yes

No

Yes

Display shows SW-version

of µP 7711.

Press PLAY

Button.

Press PLAY

Button.

Yes

Replace MDM module

Yes

No

MULTI-CHANNEL DECODING MODULE - Troubleshooting

Is 5V present on pin 6 conn. 1802? Is +12V present on pin 11 conn. 1802? Is -12V present on pin 12 conn. 1802?

Check the relevant components of the missing voltage on the Power supply boards and ASP board.

Yes

Display shows

LIN error?

Replace MDM module

No

Yes

No

*Audio Signals Test Disc 1 = SBC429

4822 397 30184

SPDIF -

Sony Philips Digital Inter Face

Press PLAY

Button.

Press PLAY

Button.

Display shows

DIG error?

Replace MDM module

No

Yes

Display shows

OPT error?

Replace MDM module

No

Yes

MULTI-CHANNEL DECODING MODULE

MDM 2000

derivation for

LX9000R

TABLE OF CONTENT

Trouble shooting . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .80

Block diagram . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .81

Assembly drawing . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .82

Partslist . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .82

EN 837.LX9000RCircuit Diagrams and PWB Layouts

AK4324

2-ch DAC

DSP56362

AK4527

2-ch DAC

AK4324

6-ch ADC

NJM2058

Quad

OP-AMP

NJM2058

Quad

OP-AMP

NJM2058

Quad

OP-AMP

L

(diff)

R

(diff)

Analog In (R)

Analog In (L)

Surround Left

Surround Right

Front Left

Front Right

Center

Subwoofer

DAO3

DAO2

DAO1

DAO0

WS

BCK

DAI0

AK4112

(AK4110)

Dig. Audio Receiver

DAI1

MEMORY

7707, 7708, 7709

3x CY7C1399-12

+

7706

M27W101

Control

Address-bus (0..15)

Databus (0..23)

Dig In 1 (coax)

Dig In 2 (coax)

Dig In 3 (opto)

Dig In 4 (opto)

HCT125

Dig. Switch

Dig Out 1 (coax)

P83C654

Microcontroller

+3V3

+5V

+3V3

(digital)

+5V

(analog)

+5V

I2C

Reset

+12V

-12V

12.288 MHz

16MHz

BCK

WS

MCLK0

MCLK1

CTRL

SPI

Dig Output Selector-line

Dig Out (AKM)

Dig Out (DSP)

Dig Out Selector Line

MULTI CHANNEL DECODING MODULE 2000

XSYS

SPI

CTRL

SPI

WS

BCK

WS

BCK

SW

C

R

L

Rs

Ls

Ld

Rd

SPI

XSYS

MCLK0

(2.667MHz)

U-bits

256*fs

MCLK0

MCLK1

256*fs / 128*fs

Request

LF50CV

LF33CV

+5V

+3V3

I2C

Downmix Left

Downmix Right

l dmix

r dmix sl out

sr out

10

12

8

7

1 3 5 9

1803

block diagram MDM2000 LX9000R, 250603

l out r out

c out subw out

+6

6

+12V

+12

11

-12V

-12

12

3

4

1

2

7

9

r in

l in

1802

dd req

dd reset

scl

sda 1

gnd

s

5-8-10

gnd

s

2-4-6-11

MDM2000

7712

1705

7711

7715

7705

7714

7716

7713

7714

7717

7703

7701

7702

4706

1704

5V

3,3V

+12V

-12V

EN 847.LX9000RCircuit Diagrams and PWB Layouts

XTAL

LF50CV

LF33CV

DSP56362

1

36

37

72

73

108

109

144

SRAM

EPROM

AK

4527

1

11

12

22

23

33

34

44

AK

4324

1

12

13 24

AK

4110

1

14

15

28

MUP

1

11

12

22

23

33

34

44

1

7

8

14

1

7

8

14

1

7

8

14

LVC244

1

10

11

20

HCT125

1

7

8

14

6801

6800

1800

1801

7703

7711

assembly drawing MDM2000 LX9000R, 140603

7710

7716

7715

7717

1802

1803

Copper side view

OP-

AMP

OP-

AMP

OP-

AMP

1

12

1

12

2702

18031802

7713

7712

7701

7702

7705

1704

1705

5701

7707

7708

7709

7706

7714

out

in

gnd

1

12

1

12

out

in

gnd

1

14

1

16

28

15

28

15

28

15

17

32

Coax out

6801

6800

1800

1801

Optical 2 in

Coax 2 in

Coax 1 in

Component side view

Optical 1 in

Optical 2 in

Optical 1 in

Coax out

Coax 2 in

Coax 1 in

1701

1702

MISCELLANEOUS

–––––––––––––––––––––––––––––––––––––––––––––––––––––

1201 3103 308 55111 COMPLETE MDM MODULE LX9000R 1701 4822 252 51172 FUSE, 315mA 1702 4822 252 51172 FUSE, 315mA 1704 2422 543 01118 RESONATOR, 16MHz 1705 2422 543 01132 RESONATOR, 12,288MHz

2702 4822 123 14025 2200µF 16V 20% 7702 4822 209 16978 LF33CV, VOLTAGE REGULATOR

ELECTRICAL PARTSLIST

pos. 1201

EN 857.LX9000RCircuit Diagrams and PWB Layouts

6-channel class-D amplifier

Basic operation of a class-D amplifier

Basically, the output stage of a class-D amplifier outputs a continuous square wave swinging between positive and negative power supplies with a fixed frequency (“clock” frequency) far be yond the audib le range. The duty cycle of this square wave is modulated with the audio signal. The output is followed by a low-pass filter which eliminates the clock frequency and allows only the audio signal going to the speaker. See simplified drawing below.

Compared to a conventional power amplifier the benefits of the Class-D amplifier are:

• higher effiency

• lower power dissipation

• smaller heatsink required

• smaller mains transformer required

The main disadvantage of this concept is:

• The amplifier is operating with a high-frequency square wave at high amplitude and currents. This requires special precautions to prevent excessive electromagnetic ratiation (EMC).

6 - channel AMPLIFIER BOARD

(6x 75W)

TABLE OF CONTENT

Class D amplifier circuit description . . . . . . . . . . . . . . . . . . . . . . . . . .83

Exploded view & mechanical parts . . . . . . . . . . . . . . . . . . . . . . . . . .84

Schematic diagram . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .85

Assembly drawing, componentside view . . . . . . . . . . . . . . . . . . . . . .86

Assembly drawing, copperside view . . . . . . . . . . . . . . . . . . . . . . . . .87

Loudspeaker sockets . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .88

EN 867.LX9000RCircuit Diagrams and PWB Layouts

Block diagram and operation

clock generator

output 1

output 2

output 3

output 4

output 5

output 6

input 1

input 2

input 3

input 4

input 5

input 6

freq_hop

301.35 / 350 kHz

DC

detection

err

temp

NTC

TDA8920

output 1

input 1

TDA8920

SINGLE ENDED 6 x 75W BRIDGE 3 x 100W

+

-

input 2

TDA8920

+

-

input 3

TDA8920

+

-

clock generator

freq_hop

301.35 / 350 kHz

DC

detection

err

temp

NTC

output 2

output 3

• clock oscillator

The clock frequency is generated around IC7600. Using 2 extra transistors (7602 and 7608) and 2 ceramic resonators it can be operated at 2 frequencies: 602.7kHz and 700kHz. The frequency is selected by the signal “FREQ_HOP” coming from connector 1302 pin 9. When FREQ_HOP is low, the output of 7600-1 will be high. This switches transistor 7602 on, and connects resonator 1600 (602.7kHz) to inverter 7600-3. Similarly, when FREQ_HOP is high, resonator 1601 is connected to 7600-3. The output frequency is divided by two by IC7607, resulting in 301.35kHz or 350kHz. The purpose of a selectable clock frequency is related to the disturbance of the tuner which is built-in together with this amplifier. In MW, the software of the set microprocessor will select the other clock frequency in case the amplifier clock interfers with the tuned station.

• Class-D amplifier TDA8920 and low-pass filter

The TDA8920 is a two channel audio power amplifier using class-D technology. The audio input signal is converted into a digital Pulse Width Modulated (PWM) signal via an analog input stage and PWM modulator. It is then fed to the power stage which outputs a high power PWM signal which switches between the main supply lines. The TDA8920 is followed by a 2nd-order low-pass filter. It has a cut-off frequency around 50kHz and converts the PWM signal into analog audio signal across the loudspeaker. The TDA8920 has a temperature protection and a current limiter built-in. Furthermore, via the mode input, the IC can be put in active-, mute- and standby mode.

- Active mode (amplifier fully operational) with output signal.

- Mute mode; the amplifiers are operational, but the audio signal is muted.

- Standby mode; with a very low supply current, the output stage is switched off.

• DC-detection

The DC-detection circuit monitors all 6 outputs for DC. Whenever one or more outputs contain DC for more than 1 second, the circuit will be activated. A positive voltage will activate transistor 7710 and pin 10 of connector 1302 will be pulled down. In case of a negative voltage, transistor 7716 will be activated, which in turn activates 7710. The set microprocessor will take further action.

MECHANICAL PARTS LIST & SCREWS 8 4822 492 11735 SPRING, TRANSISTOR

9 - D2.3 x 8

Note: Only the par ts mentioned in this list are normal service

spare parts.

3104 217 07180 bl110

MECHANICAL EXPLODED VIEW

EN 877.LX9000RCircuit Diagrams and PWB Layouts

4138 B7

4338 K7

MUTE

REL1 SW1

EN1

REL2

SW2

EN2

VDDP2

VSSP1

-T

MUTE

REL1 SW1

EN1

REL2

SW2

EN2

VDDP2

VSSP1

MUTE

REL1 SW1

EN1

REL2

SW2

EN2

VDDP2

VSSP1

F140 C2 F141 F3 F142 F2 F143 K3

F109 C12 F111 C2 F112 C12 F113 C15 F114 C2

1318 G12 1400 H3

1600 I13 1601 J13

F115 E15 F116 F2 F117 F3 F118 F2 F119 F3 F120 F12 F121 G12 F122 G12 F123 H19 F124 H3 F125 I18 F126 I3 F127 I3 F128 K12 F129 K12 F130 K12 F131 L15 F132 I2 F133 H12 F134 D12 F135 L12 F139 B12

3456789

I

J

K

L

1301 C1 1302 B2 1303 K2 1304 G2 1305 K1 1306 B12 1307 K12 1308 F12

1320 I 4

1309 G1 1312 G2 1316 C12 1317 K12

12

A

10 11 12 13 14 15 16

123456789

2101 B8 2102 B8

10 11 12 13 14 15 16

B

C

D

E

F

G

H

I

J

K

L

A

B

C

D

E

F

G

H

2104 B9 2105 B9 2106 A10 2107 B10 2108 B10 2111 B10 2114 B10 2115 C10 2116 C11 2117 C11 2120 C10 2122 C10 2124 D11 2125 D11 2126 D10 2127 D10 2128 D9 2129 D8 2130 D8 2131 D7 2134 C6 2135 C6 2136 B7 2201 F8 2202 F8 2204 F9 2205 F9 2206 E10 2207 F10 2208 F10 2211 F10 2214 F10 2215 G10 2216 G11 2217 G11

2331 L7

2220 G10 2222 G10 2224 H11 2225 H11 2226 H10 2227 H10 2228 H9 2229 H8 2230 H8 2231 H7 2234 G6 2235 G6 2236 F7 2301 J8 2302 J8 2304 J9 2305 J9 2306 I10

2416 L3 2417 L3 2418 L2 2419 H2 2420 D3 2421 L2 2422 L3 2423 I 4

2307 J10 2308 J10 2311 J10 2314 J10 2315 K10 2316 K11 2317 K11 2320 K10 2322 K10 2324 L11 2325 L11 2326 L10 2327 L10 2328 L9 2329 L8 2330 L8

2334 K6 2335 K6 2336 J7 2400 I3 2401 G4 2402 G4 2403 G3 2404 G4 2405 G4 2406 G3 2407 G3 2408 B2 2409 B3 2410 B3 2411 D3 2412 D2 2413 D2 2414 D2 2415 L3

3301 K10 3302 K10 3303 K11 3304 L11 3305 L10 3306 L6

2425 B3 2500 C15 2501 D15 2502 E15 2503 C15 2504 D15 2505 E15 2600 H14 2601 H14 2602 I13 2603 I14 2604 I16 2605 I12 2606 J12 2607 J14 2608 I16

2700 L15

2611 I11 3100 B10

3101 C10 3102 C10 3103 C11 3104 D11 3105 D10 3106 D6 3107 B8 3108 B6 3109 E8 3200 F10 3201 G10 3202 G10 3203 G11 3204 H11

3503 D15 3504 E15 3505 E15 3600 I12 3601 I12 3602 I13 3603 H17

3307 J8 3308 J6 3309 M8 3400 B4 3401 B4 3402 C4 3403 C4 3404 C4 3405 C4 3406 C4 3407 C4 3408 D4 3409 D4 3410 K4 3411 J4 3412 K4 3413 K4 3414 A4 3415 A4 3416 A4

4337 J7 4400 C4

5102 B11 5103 C11 5202 F11 5203 G11 5302 K11

3417 B4 3418 B4 3419 B4 3420 H2 3421 B4 3422 H2 3423 B4 3424 J4 3425 K4 3426 K4 3500 C15 3501 C15 3502 D15

6505 D14 6506 E14 6507 E15 6508 E14 6600 I12 6713 K15 6714 K15

3604 I12 3605 I14 3606 I15 3607 J12 3608 J13 3609 J13 3610 J16 3700 K14 3701 K14 3703 K15 3709 L14 3712 L14 3713 K15 3716 L14 3718 L14 3721 L14 3722 L15

4133 C7 4137 B7

4238 F7

4232 H7

4332 L7

4132 D7

4233 G7 4237 F7

4333 K7

7710 K16 7716 L16 F100 B2 F101 B15 F102 B2 F103 B2 F104 B12 F105 C2 F106 C2 F108 C2

5303 L11 5400 G3 5401 G3 6500 B14 6501 B15 6502 B14 6503 C14 6504 C15

6715 L15 7100 B7 7200 F7 7300 J7 7500 C16 7501 D16 7502 E16 7600-1 I12 7600-2 I14 7600-3 I13 7600-4 H14 7600-5 I15 7600-6 H13 7602 I14 7607 J16 7608 J14

2117

220n

35V

220R

3404

2404

470u

2214

560p

1n0

2425

100K

3503

2326

560p

1n0

2418

F114

F113

3 4 5 6 7 8 9

1309

B10B-EH-A

1

10

2

3405

3403

5K6

3402

5K6

5R6

3205

F106

6508

330p

BAS316

2331

100n

6713

BAS316

3106

2102

2302 100n

47K

2408

1n0

F130

BAS316

6500

2220

470n

2316

2419

100n

15n

4133

2136

330p

5R6

3301

BZX384-C5V6

6507

1

2

3

4

5

1316

EH-B

2216

470n

1n0

2410

100n

1n0

2409

2130

2106

22u

15n

2111

330p

2402

35V470u

2131

F111

6506

7501

BAS316

BC847B

6502

BAS316

2504

22u 50V

6714

3713

10K

BAS316

5R6

3201

100n

2227

100n

2201

3300

5R6

5302

1

22u

3504

22K

4400

220R

10R

3408

3109

100n

2107

5K6

3411

22R

31033304

1 2 3 4 5 6 7 8

22R

1307

F102

22R

6501

BZX384-C5V6

3204

2335

7716 BC857B

2330

100n

68p

BC847B

2125

470n

7502

3303

22R

F112

22R

3104

100n

2129

100n

2128

5400

2207

6504

BZX384-C5V6

100n

F129

2502

560p

100n

2114

2322

560p

2314

100K

5K6

3505

5K6

3401

3400

2230 100n

2328 100n

2108 100n

2407

470u35V

2416

1n0

560p

2315

2222

560p

100n

2229

F134

50V22u

2503

VDDP2

23

VSSA1

VSSA2

VSSD

VSSP1

VSSP2

PROT

SGND1

SGND2

STABI

SUB|VSSD

VDDA1

10

VDDA2

3

VDDP1

14

IN1+

IN1-

IN2+

IN2-

MODE

OSC

OUT1

16

OUT2

21

HIGH

DRIVER

HAND-

SHAKE

CTRL &

TEMP SENSOR

CURRENT PROT

MOD

PWM

MANAGER

INP

STAGE

15

BOOT1

BOOT2

22

7200

STAGE

OSC

MODE

STABI

TDA8920

LOW

4237

4238

F124

+A

AMP_LEFT GND AMP_RIGHT L/R_ON AMP_CENTRE GND AMP_ON_CENTRE

NTC_AMP

GND AMP_SR

AMP_SL

SUR_ON AMP_SUB GND

+A

-A

GND GND

7 8 9

100n

2304

EH-B

1306

1 2 3 4 5 6

2500

100n

14

VDDP123VDDP2

12

VSSA1

VSSA224VSSD

VSSP117VSSP2

OUT2

PROT

SGND1

SGND2

STABI

SUB|VSSD

19

10

VDDA1

3

VDDA2

BOOT2

IN1+

IN1-

IN2+

IN2-

MODE

OSC

16

OUT1

21

TDA8920

STABI

MODE

OSC

STAGE

INP

BOOT1

15

22

7300

MANAGER

PWM

MOD

CURRENT PROT

TEMP SENSOR

CTRL &

SHAKE

HAND-

DRIVER

HIGH

LOW

3712 47K

100n

23082301

100n

3415

4233

4232

5K6

3102

5R6

F108

10K

3722

F122

100n

2104

2105 100n

10K

F100

3420

3309

10R

470n

2225

EH-B

1

2

3

4

1318

3200

5R6

2231

330p

7710 BC847B

10R

3209

3419

5K6

2228 100n

1n0

2411

4 5 6

7 8 9

F128

FE-ST-VK-NA

1305

1

10

2 3

F133

F135

220n

2224

2120

15n

220R

3409

47K

3208

F109

2700

10u

3709 47K

3701 47K

2226

560p

470n

2116

560p

2115

F116

100n

2205

F103

BC847B

7500

100n

2307

1

2

3

4

F115

F117

1317

100n

2208

2417

1n0

2414

1n0

3718 47K

47K

3206

22u

5103

1

5102

1

3422 100R

22u

330p

2236

3105

5R6

F131

BAS316

6x75W amplifier LX9000R, 300603

6715

3302

5R6

3107

10R

5K6

3410

10

2 3 4 5 6 7 8 9

1301

FE-ST-VK-NA

1

22u

5202

1

5401

F118

3100

5R6

1

2

3

4

5

6

1312( )

SXXB-EH-A

15n

2211

100n

2204

3413

5K6

2215

560p

BAS316

6505

F121

5K6

3421

F104

F101

5R6

3202

2127 100n

2420

1n0

F140

3423

5K6

3307

10R

3703

47K

3716 47K

100n

2202

F120

3417

5K6

F119

1n0

2415

47K

3306

220n

2217

3207

10K

3721

10R

2306

22u

2234

2206

22u

220n

4333

4332

4337

4338

5R6

3101

2327

2422

1n0

100n

2421

1n0

6503

BAS316

22R

3203

F139

100n

2101

2423

100n

SCREENCOVER

from Power Supply sec.

1203

to LS socket

NTC

Temperature sensor

heatsink

1400

1320

RT-01T

100n

2336

330p

12

VSSA11VSSA224VSSD

17

VSSP1

20 VSSP2

2305

11

SGND1

2

SGND2

18

STABI

SUB|VSSD

19

12

1

24

17

20

19

1

20

10

VDDA1

3

VDDA2

14

VDDP123VDDP2

IN1-

5

IN2+

4

IN2-

6

MODE

7

OSC

16

OUT1

21

OUT2

13

PROT

TDA8920

STABI

MODE

OSC

STAGE

INP

MANAGER

PWM

MOD

CURRENT PROT

BOOT1

15

22

BOOT2

8

IN1+

9

11

2

18

5

4

6

7

13

8

9

11

2

18

5

4

6

7

13

8

9

CTRL &

SHAKE

HAND-

DRIVER

HIGH

LOW

2325

470n

7100

TEMP SENSOR

F127

F126

5303

1

22u

5K6

3418

68p

2235

F143

F142

F141

1n0

2412

1308

EH-B

1 2 3 4 5 6 7 8

3700 47K

1302

FE-BT-VK-N

1

10

2

3

4

5

6

7

8

9

2334

470u 35V

2401

220n

F132

3426

5K6

3424

100n

2400

220n

2317

100n

2501

220n

2124

3305

3414

5R6

5K6

100n

2329

15n

2311

220n

2324

50V22u

2505

FE-BT-VK-N

1303

1

10

2

3

4

5

6

7

8

9

100K

3501

22K

3500

2320

15n

4137

4132

4138

EH-S

1304

3425

5K6

560p

2122

2405

35V470u

1n0

2413

2403

100n

3406

220n

2134

5K6

68p

2135

35V470u

2406

3416

5K6

3308

47K

5203

1

47K

3108

F105

22u

220R

560p

3412

2126

5K6

3407

22K

3502

ERROR from 7710

FREQ_HOP

TEMP from 3422

TEMP

to 1302

OUT_4

OUT_5

OUT_6

OUT_2

INPUT_6

INPUT_3

INPUT_6N

INPUT_5

INPUT_4N

INPUT_6N

INPUT_3

INPUT_5

INPUT_1N

Vdd

Vss

Vdd

Vss

Vdd

OUT_1

OUT_3

PROT_1

PROT_2

MODE_12

PROT_3

PROT_4

MODE_34

PROT_5

PROT_6

MODE_56

INPUT_1

INPUT_2N

INPUT_4N

INPUT_5N INPUT_6

INPUT_2

MODE_12

MODE_34

MODE_56

INPUT_4

INPUT_5N

MODE_56

INPUT_1N

Vss

Vdd

INPUT_3N

INPUT_4

INPUT_5N

INPUT_6

PROT_3

PROT_4

PROT_5

PROT_6

ERROR

to 1620

Vdd

Vss

Vdd

Vss

VssVss

Vss

VssVss

Vss

OUT_1

OUT_3

OUT_4

OUT_5

OUT_6

OUT_2

Vss

INPUT_2

INPUT_3N INPUT_4

INPUT_3N

INPUT_6N

Vdd

Vss

VddVdd

Vss Vss Vss

INPUT_3

INPUT_4N

Vss

Vdd

Vss

MODE_56

CLOCK from 7607

Vss

VddVdd

Vss Vss Vss

INPUT_5

INPUT_2

INPUT_2N

VddVdd

Vss VssVss

PROT_1

PROT_2

Vdd

Vss

MODE_12

INPUT_1

MODE_34

OVER-VOLTAGE PROTECTION

DC DETECTION

POWER SUPPLY

AMPLIFIER 1

FRONT L/R SPEAKERS

AMPLIFIER BOARD

AMPLIFIER 3

L

SUB

WOOFER

CENTER

RIGHT

LEFT

R

SURROUND SPEAKERS

AMPLIFIER 2

CENTER SPEAKER + SUBWOOFER

*

from ASP board

1621

1

from ASP board

1620

1

3209 I8 3300 J10

3205 H10 3206 H6 3207 F8 3208 F6

5V

11

1 1

11

O1

O2

3608

1M

100K

3606

3

714

4

7600-2

74HCU04D

100K

3609

2605 470p

100n

2604

5

714

6

7600-3

74HCU04D

3602 100K

820R 820R

3601

6K8

3605

F125

700K

1601

2608

100p

12

BZX384-C5V6

6600

74HCU04D

7600-6

13

714

10K

3603

1n0

1K0

2606

3607

2600

100n

F123

14

8

7600-4

74HCU04D

9

7

33p

2601

10K

3604

BC847B

7602

7608

BC857B

1600

602K7

74HCU04D

7600-5

11

714

10

3600

2607

100p

1

714

2

74HCU04D

7600-1

2603

100p100p

2602

8

SD2

14

7

HEF4013BT

4

CD1

10

CD2

3

CP1

11

CP2

5

D1

9

D2

1

O1

2

13

O2

12

6

SD1

7607

3610

22R

CLOCK

5V

Vdd

5V

FREQ_HOP

from 1302

5V 5V 5V 5V

5V

CLOCK GENERATOR

10u

2611

A

B

C

BBC

A

C

D E

C

4,2V

2,5V

2,9V

2,5V

2,3V

-19,8V

0V

2,8V

0V

4,4V

2,4V

5,3V

+28,5V

-28V

0V

-15V

-17,7V

0V

4,2V

2,6V

+28V +28V +28V

-28V

0V

-15V

-17,7V

0V

4,2V

2,6V

+28V +28V +28V

-28V

0V

-15V

-17,7V

0V

4,2V

2,6V

+28V +28V +28V

-28,5V

typ. 2,4V at 25°C

(measured via

Service Testprogram -

Temp. Test)

EVM

V

DC voltages measured in Stop mode with no audio output.

...V

EN 887.LX9000RCircuit Diagrams and PWB Layouts

1301 G1 1302 G1 1303 F1 1304 D1 1305 F1 1306 D3 1307 D2 1308 B2 1309 D1 1312 B1 1316 D3 1317 D2 1318 B2 1320 F2 1400 D4 1600 G2 1601 G3 2101 D7 2102 E7 2104 D5 2105 D5 2106 D5 2107 E5 2108 E5 2111 E5 2116 D3 2117 D3 2120 D5 2124 C3 2125 C3 2127 D5 2128 E5 2129 E6 2130 D7 2134 E5 2135 E6 2201 B7 2202 B7 2204 B5 2205 A5 2206 B5 2207 B5 2208 B5 2211 B5 2216 C2 2217 C3 2220 B5 2224 C1 2225 C2 2227 B5 2228 B5 2229 B6 2230 A7 2234 B5 2235 B6 2301 G7 2302 G7 2304 G5 2305 G5 2306 G5 2307 G5 2308 H5 2311 G5 2316 D2 2320 G5 2325 D2 2327 G5 2328 G5 2329 H6 2330 G7 2334 G5 2335 H6 2401 C5 2402 E5 2404 D5 2405 F5 2406 A2 2407 B3 2413 G1 2414 G1 2420 H1 2422 E1 2423 C2 2600 H3 2601 G3 2602 G3 2605 G3 2606 G3 2611 G3 2700 F3 3106 G2 3107 D6 3108 F2 3109 D6 3206 F1 3207 A6

3208 G2 3209 A6 3307 G6 3308 G2 3309 G6 3400 F1 3401 G1 3402 G1 3403 F1 3404 G1 3405 G1 3406 G1 3408 G1 3410 F1 3411 E1 3412 F1 3413 F1 3414 F1 3415 G1 3416 F1 3417 F1 3418 G1 3419 G1 3420 D7 3421 F2 3422 C1 3423 H1 3424 E1 3425 E1 3600 G3 3601 G3 3603 G3 3604 G3 3606 G3 3607 G3 3608 G3 3703 F3 3713 F3 3721 F3 3722 F3 4132 G2 4137 F2 4138 F2 4232 F2 4233 F2 4237 G2 4238 F2 4337 G2 4338 G2 4400 G2 5102 E4 5103 D4 5202 B4 5203 A4 5302 H4 5303 G4 5400 A3 5401 A3 6713 F3 6714 F3 6715 F3 7100 D6 7200 B6 7300 G6 7600 G3 7710 F3 7716 F3

3104 213 3525 .5, 170603

This assembly drawing shows a summary of all possible versions. For components used in a specific version see schematics and respective parts list.

AMPLIFIER BOARD / componentside view

EN 897.LX9000RCircuit Diagrams and PWB Layouts

3104 213 3525 .5, 170603

This assembly drawing shows a summary of all possible versions. For components used in a specific version see schematics and respective parts list.

AMPLIFIER BOARD / copperside view

2114 E2 2115 E2 2122 D2 2126 D2 2131 D1 2136 E1 2214 B2 2215 B2 2222 B2 2226 B2 2231 B1 2236 B1 2314 G2 2315 G2 2317 E6 2322 G2 2324 E6 2326 G2 2331 G1 2336 G1 2400 B7 2403 D7 2408 G7 2409 G7 2410 G7 2411 G7 2412 G7 2415 F7 2416 F7 2417 E7 2418 F7 2419 C7 2421 F7 2425 G7 2500 C4 2501 B4 2502 F6 2603 G5 2604 G5 2607 G5 2608 H5 3100 E3 3101 D3 3102 E3 3103 D5 3104 C5 3105 D3 3200 B3 3201 B3 3202 B3 3203 C5 3204 C7 3205 B3 3300 G3 3301 G3 3302 G3 3303 E7 3304 E5 3305 G3 3306 G7 3407 G7 3409 G7 3426 F5 3602 G5 3605 G5 3609 G5 3610 H5 3700 E4 3701 D4 3709 B4 3712 A4 3716 H4 3718 G4 4133 G6 4332 G6 4333 G6 6600 G4 7602 G5 7607 G5 7608 G5 F100 F7 F102 G7 F103 G7 F104 E5 F105 G7 F106 G7 F108 G7 F109 D5 F111 G7 F112 C5 F114 G7 F115 F7 F117 E7 F118 E6 F119 E7 F120 B6 F121 B6

F122 B6 F123 H5 F124 C7 F125 H5 F126 D7 F127 C7 F128 D6 F129 E6 F130 D6 F131 H4 F132 C7 F133 B7 F134 C5 F135 E5 F139 D5 F140 G7 F141 E7 F142 F6 F143 C6

EN 907.LX9000RCircuit Diagrams and PWB Layouts

SR

SL

R

SUB

C

GND SL

GND R

GND C

GND L

GND SR

GND SUB

LOUDSPEAKER SOCKET board

from Power amp.from Power amp.

130613081307

L

CLICKFIT

LS socket

23

A

B

C

D

A

B

C

*

* only for 2 x 2Ohm speaker

LS sockets LX9000R, 300603

D

1922 B3 1926 A1

1927 C1 1928 B1

2950 A3 2951 B3

2952 B1 2953 B3

2954 C2

from Power amp.

to speakers

123

1

2955 C3

2956 D3 9930 B2

9931 B2 9932 B2

33n

2954

2952

33n

2953

2956

33n

2955

2950

33n33n

2951

9930

9932

12

15

14

9931

3

5

7

9

11

13

2

4

6

8

10

7

8

LQR1910-0204G

1922

L

GND

R

GND

C GND GND

Surround

L/R

Front L/R

GND

SUR R

SUR L

SUB

1

7

8

DIPMATE

1928

1

2

3

4

5

6

9

1927

DIPMATE

1

2

3

4

5

6

DIPMATE

1926

1

2

3

4

5

6

7

8

LS SOCKET BOARD/ componentside view

LS socket board LX9000R, 240603

LS SOCKET BOARD/ copperside view

LS socket board LX9000R, 240603

1922 B3 1926 A4 1927 A2 1928 A3 9930 A2 9931 B2 9932 A2 9933 A1 9934 A2 9935 A5 9936 A5 9937 B3

2950 B5 2951 B5 2952 B4 2953 B3 2954 B2 2955 B2 2956 B1

EN 917.LX9000RCircuit Diagrams and PWB Layouts

TUNER

AGC AGC

VIF

AMPLIFIER

SIF

AMPLIFIER

AGC

INTERCARRIER

MODE SWITCH

SIF

QSS MIXER

INTERCARRIER MIXER

AM DEMODULATOR

FPLL

VCO

TWD

VIDEO DEMODULATOR

AND AMPLIFIER

FM-PLL DEMODULATOR

AFC

DETECTOR

VOLTAGE

REFERENCE

NC

GND

PAL BG (/01)

1

* VERSION TABLE

G3956M

F

G

1703 D7 1704 F14

1705 D2 1706 F14

2723 B8

2724 B10 2725 D3

10

TDA9817

TPS 5,5 MHz

B/G

234

low leakage

0

N750

11 12

H

I

TDA9818

1703

2713 A3

91011

0R

1

not used

AGC-ADJUST

MULTISTD (/39)

F

G

0

123

*

K3953M

*

45678910

2731 C9 2732 D12719 B5

2720 B41701 C7

1702 E7

B

C

D

270R

PSS

not used

for MSTD only

*

E

3703 A3 3704 C1

0R

1

C

D

E

4700

1

delete for MSTD

1

270R

TPS 6,0 MHz

3720 B9

3724 B8

2727 C8 2728 C11

2729 C12 2730 C9

3735 F14

3736 F15

56

2721 B5 2722 B8

2737 E15 2740 F8 2741 F4

0

I

--

3731

TPS 5,5 MHz--

SFS_TS

2742 F8

3701 A7 3702 A2

5711 C10 5713 D13

12 13

4701

1

3715 B12 3716 B5 3717 E12

not used

delete for MSTD

1

1704

D/K

I729 F5 I730 F5

0

--

0

3727 D1

3728 D13 3729 E1 3730 D5 3731 F13

3732 E15 3733 G4 3734 F15

F701 D2 F702 C11

13 14

78

3741 D14 3742 F6 3743 G8

G3956M

for PAL-I only

for MSTD only

Pos.

*

for MSTD only

--

3746 H6 3758 G6

4700 E4 4701 G5 5704 A2 5705 B4

5709 B11 5710 B6

I715 D1 I716 E1

H

I

14 15

AFC-ADJUST

0R

330R

PAL I (/07)

7710

*

L'

I731 H4 I732 B3

3725 B12 3726 C5

7706 H6 7710 C8 7711 F14 7712 H4

7713 D12 7714 H6 7716 D14 7717 G7

I749 D12 I751 D13

2733 D2 2734 D4

15

A

F704 A4

F707 E3 F708 B11

TDA9817

40,4-ADJUST

1706

0

3744 G8 3745 H5

I702 B6 I704 C5

I706 E6 I707 D7 I708 D7 I709 C8

I711 C9 I712 C9

3705 C14 3710 A9

A

B

I725 F13

6704 E5 6705 F5

7701 A10 7702 D15 7704 C6

L

0R

I728 E9

F703 D7

7705 D6

I735 E1 I739 H6

I742 D5 I743 E7 I744 E7 I745 A8

I746 B9 I748 C93737 E6

3738 E62735 E1

2736 E2

F709 C6 F710 D3

F713 H5

--

3739 F10

3740 F9 I717 A9

I721 G9 I723 F15 I724 E14

SB1

I701 D2 I726 E10

I727 E8

5714 G14

6703 C5 3711 A4 3714 B11

BC857BW

I733 C2 I734 D1

I754 D13

GND

I751

GND

3738

6K8

I706

22u

2713

GND

7712

PDTC124EU

I709

100n

2724

I725

10K

3715

120p

2721

3758

10K

3710

5K6

GND

3720

330R

GND

I735

I728

7701

PDTC124EU

220p

2719

3734

2K7

GND

18K

3714

I729

I721

2u2

2722

5SW

GND

F702

7711

BC857BW

56p

2735

I712

5SW

3735

3K3

F708

5SW

3731

270R

2742

1n

I717

GND

I746

I745

GND

3742

4K7

GND

3717

4K7

I708

2740

2u2

100n

2733

GND

5SW

GND

2u2

2732

BC857BW

7716

5SW

6704

BA591

2 34

6

78

I749

7KMY 5711

1

7717 BC847C

4701

2729

10u

2731

8p2

I732

3701

680R

GND

I733

22

23 24

3

4567

8

9

I739

1

10 1112 13

14

15

16

171819

2

2021

3730

7710 TDA9817

GND

5SW

4K7

5704

I731

3705

10K

5SW

PDTC124EU

7704

2730

220n

F710

220R

3704

I748

3729

1R

47u

2737

I702

I743

2736

56p

BA591

6703

GND

F707

3744

100K

GND

PDTC124EU

7702

5SW

I723

1K

3732

I726

2734

1n

1

2

3

4

5

GND

2K2

3737

1703

OFWG3956M

I716

5SW

F701

I744

2

3

5714

15u

I704

TPS

1706

1

2723

470p

15u

5713

I754

2720

100u

GND

33VSTBY

100R

3728

I742

2

TU

7

VCC

3733

4K7

GND

9

+33V

1

AGC

3

AS

11

IF

12 13 14 15

6

10

NC|ADC

8

4

SCL

5

SDA

GND

UV1316K

1705

8

3725

8K2

I734

57107KMY

1

2

3

4

6

7

4700

GND

F713

22p

2725

GND

5SW

GND

5SW

33K

3711

PDTC124EU

7705

470R

3702

7714 BC847BW

100n

2727

I711

3743

56K

22K

3724

GND

3739

5K6

GND

4K7

3716

3740

680R

I707

5SW

3745

5K6

I727

GND

F703

1

2

3

4

5

F704

3736

330R

1701

OFWK3953M

GND

5K6

3746

I715

1n

2741

GND

100R

3726

4K7

3741

I730

7706 PDTC124EU

I701

GND

I724

F709

GND

5705

6u8

6705

BA591

150K

3703

1702

OFWK9656M

GND

3

1

2

4

5

O

3727

1R

GND

5MHZ5 TPSR

1704

2

G

1I3

GND

2728

10n

5709

6u8

SB1

SFS_TS

SDASW

SCLSW

5SW

SB1

SIF1

SB1

AGC

VFV

AFC

PSS

1

A/V BOARD

FRONTEND VIDEO FV

A/V board LX9000R, 090703

4

2

2 5

2 7

2

3,3V

5V

3,2V

3,5V

2V

0,9V

3,2V

4,3V

3,3V

1,4V 3,2V

2,7V

0V

0,7V

2,7V

2,1V

3,3V

0V

...V DC voltages measured in Stop mode

VFV I723

A: DC, 500mV/Div

10us/Div

EN 927.LX9000RCircuit Diagrams and PWB Layouts

V

6DB

V

V VV

VV

V

I

1%

from/to uP Board

N.C.

1

GND

F

G

H

1%

from/to uP Board

1%

234

1940-1 A8 1940-2 A13 1940-3 A14 1942 E1 1943 C1 1945-1 I2 1947 I7 1948 F14 1949-A H14 1949-B H14 1949-C G14 2401 B4 2402 B1 2403 D3

A

B

C

D

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

1

CECO_RST

2404 D3 2405 C8 2406 I4 2407 I2 2408 F3 2409 D8 2410 C4 2411 D6 2412 I2

5678910111213 14

2423 G8 2424 G13 2425 G12 2427 G9 2428 F2 2429 H13 2430 E12 2432 H13 2433 E8

E

F

G

H

I

A

B

C

D

E

not used

2444 H13 2445 I11 2446 H6 2447 I14 2448 I13 2449 F1 2450 B2 2459 E2

2413 C7 2414 C7 2415 C10 2416 G11 2417 F4 2418 F9 2419 E6 2420 F13 2421 E1 2422 F13

not used

GND

3405 B2 3406 B2 3407 B3 3408 B1 3409 B5 3410 C6 3411 B10 3412 C5 3413 B6 3414 C5

2434 C8 2435 C7 2436 E10 2437 E9 2438 F9 2439 E8 2440 E8 2441 E10 2442 H13 2443 G13

from/to uP Board

3425 E12 3426 E13 3427 C11 3428 E13 3429 E1 3431 E12 3432 C3 3433 C3 3434 F13 3435 F13

2460 H11 2461 G11 2462 I11 2463 I13 2464 A3 3400 H3 3401 B11 3402 B12 3403 B12 3404 B4

AR

AL

3446 B3 3447 A3 3448 I11 3449 F12 3450 I13 3451 I4 3452 G9 3453 D1 3454 A3 3455 D4

3415 H4 3416 H4 3417 C11 3418 I3 3419 I4 3420 F11 3421 C14 3422 D13 3423 D14 3424 E14

1945-4

not used

3466 B7 3467 B8 3468 B8 3469 B14 3470 B12 3471 B7 3472 B8 3473 I12 3474 I14 3475 B9

3436 F13 3437 G1 3438 G1 3439 F5 3440 H3 3441 H13 3442 D13 3443 I11 3444 I13 3445 E5

3488 H13 3489 E1 3490 D4 3491 D11 3492 D11 3493 D12 3494 G9 3495 I11 3496 I14 3955 H6

3456 I14 3457 I11 3458 H2 3459 G4 3460 H3 3461 A14 3462 A13 3463 A13 3464 A12 3465 B7

from / to Digital Board

1945-2

Y

6403 B6 6404 B6 6409 A4 6414 B5 6415 B11

6416 B11 6417 B12 6418 B12

3476 B9 3477 B14 3478 B14 3481 F2 3482 E4 3483 F3 3484 F3 3485 G11 3486 H11 3487 H13

not used

7004 D8 7401 B2 7402 B3 7403 B1 7404 I4 7405 C14 7406 F13 7407 E14

4401 A9 4402 E1 4403 D1 5401 C4 5402 C9 5403 C6 5404 F12 5406 C8 6401 B4 6402 B6

REAR OUT

not used

F401 H2 F402 H2 F403 I7 F404 I5 F405 I5 F412 I5 F4203 F1 F4205 F2 F4207 F1 F4209 G1 F4210 E1 F4505 I2

6419 B10 6420 A5 6422 A11 6423 A8 6424 B10 6425 G13 6426 G13 6427 H13 6428 H13 6429 I14

CVBS

F5101 B8 F5102 B7 F5103 B7 F5106 B6 F5108 A6 F5110 A5 F5113 A6 F5116 A5 F5119 A5 F5120 B4 F5201 A14 F5202 A13 F5206 A12

7409 D14 7410 G11 7411 D3 7412 H5 7415 I12 7416 I14 7419 H2 7420 H3 7421 H4 F360 E6

GND

from/to uP Board

TEMP_SENSE NTC - FRONT

I341 A13 I402 D14 I405 H7 I406 B2

F4707 I8 F4709 I9 F4712 I9 F4714 I9 F4716 I10 F4718 I10 F4720 I10 F4721 I10 F4722 I10 F485 F14 F499 A3

not used

I418 H1 I419 I1 I420 I6 I424 I5 I428 I3 I429 I2

F5207 A12 F5208 C12 F5210 A11 F5211 A12 F5213 A12 F5215 A11 F5216 B11 F5219 A11 F5220 F11 F913 D10

5VSTBY

GND

I444 H12

I407 B2 I408 B3 I409 B3 I411 D2 I412 D4 I413 C3 I414 D6 I415 F3 I416 F3 I417 E4

not used

GND

1945-3

I461 D6 I462 E6 I463 E6

I431 I11 I433 I13 I434 I13 I437 G14 I438 G13 I439 G13 I440 F13 I441 H13 I442 G12 I443 G12

I464 E6

not used

I466 E6 I467 D14 I468 G6 I469 G6 I470 G6 I476 F8 I478 E8 I479 E8 I481 E8 I482 E8 I483 D8 I484 F12 I485 I12 I486 I14

I445 H12 I446 H11 I447 G11 I448 G12 I449 F13 I451 F13 I453 H4 I454 I4 I456 C7 I457 C7 I458 A6 I459 A6 I460 A5

S-CONN

C

not used

GND

not used

I465 E6

470p

2448

75R

3404

2414

100n

5NESD

26

75R

3411

BC857BW

7404

GND

27

GND

13

2445

470p

F4203

5SW

GND

1M

3483

GND

F5219

4u7

2460

F404

F405

GND

F403

2462

10u

I453

150R

3490

I476

150R

3492

6

VSAG2

7415

BC817-25W(COL)

NJM2267M

7410

2

GND

7

V+

1

VIN1

8

VIN2

4

VOUT1

5

VOUT2

3

VSAG1

2446

150R

3491

3409

75R

1u

GND

3463

1M

3486

LPR6520

1949-B

1

3

I479

GND

100R

3475

I461

4403

GND

10K

3438

150R

3449

F4721

2407

F4720

100n

2435

GND

I413

22K

3419

3432 100R

3489

82K

GND

10K

3455

5VSTBY

1u

2408

19

GND

19A

2A

20A

21A

3A

4A

5A

6A

7A

8A

9A

1A

10A

11A

12A

13A

14A

15A

16A

17A

18A

11

1940-1

10

12

I402

GND

100n

2409

IN3B

9

OUT1

3

OUT2

5

OUT3

6

V+

13

GND

7411 NJM2285M

CTL1

2

CTL2

12

CTL3

7

GND1

15

GND2

4

GND3

10

IN1A

16

IN1B

1

IN2A

11

IN2B

14

IN3A

8

6423

BZM55-C12

3454

1K

6415

BZM55-C12

GND

F5210

5SW

6420

BZM55-C12

3425

470R

I486

3456

GND

2406

10n

2444

470p

GND

2417

10u

GND

3426

33K

3416

4K7

6427

BZM55-C12

5VSTBY

4401

6424

BZM55-C12

6417

BZM55-C12

100K

3400

I414

5SW

F5102

GND

F4718

3407

3K3

5NESD

3401

75R

F4722

F5208

I407

GND

F5215

I408

GND

3447

47K

TCS79

1948

5

6

7

1

3

4

2

2415

100p

BZM55-C12

6404

3464

F4716

GND

3469 100K

9

I460

7405

BC847BW

GND

10u

4K7

3458

F5202

2428

I434

F5220

1u

2459

BC857BW

7403

I424

6403

BZM55-C12

BZM55-C6V8

6409

1u

2427

1u

2423

GND

47K

3446

I445

I458

I444

GND

3485

1M

I449

GND

2447 470p

BC847BW

7409

28

F4707

F4709

GND

5NESD

3484

1M

GND

3482

1M

5B

6B

7B

8B

9B

GND

12B

13B

14B

15B

16B

17B

18B

19B

2B

20B

21B

3B

4B

1940-2

1B

10B

11B

GND

12VSTBY

I406

I465

75R

3402

BZM55-C12

6416

2440

1u

I433

3434

4K7

3405

22K

F5116

I441

GND

1u

2438

7412

PDTC124EU

GND

2401

100p

7419

BSH111

100u

2443

3410

75R

I481

150R

3494

I469

3406

220K

GND

100R

3473

GND

2433

47n

F5108

2412

5NESD

GND

100K

3488

1945-1

1

GND

I412

3422 820R

5VSTBY

I448

GND

12VSTBY

6426

BZM55-C12

F499

I442

18

GND

F5207

I454

2442

22u

5NESD

3460

4K7

2441

1u

I482

GND

1942

PH-B

1

2

3

4

5

6

7

8

9

I447

GND

F5103

GND

I443

GND

3441

75R

3436

68R

F5201

2410

1u

3423

390R

12VSTBY

GND

100K

3444

3453

10K

GND

BZM55-C12

2429

22u

GND

5VSTBY

6429

5VSTBY

GND

F4205

100K

3470

7406 BC857BW

16

100R

3433

3152

2421 10u

10K

3451

3445 150R

GND

5NESD

GND

I462

3443

100K

GND

2436

1u

GND

5NESD

47u

2405

GND

5NESD

GND

6

2439 100n

5VSTBY

GND

3481

1M

BZM55-C12

6428

GND

F4209

F5119

3472

100K

2422

10n

GND

2416

1u

3465

100n

2404

3421

27K

150R

3452

F412

3487

100K

GND

47K

3429

150R

3493

10K

7

5VSTBY

100K

3955

BC847BW

7407

3428

1K

3415

BZM55-C12

6425

I429

GND

F5101

GND

4402

14

I456

GND

3476 100R

I464

I468

GND

12VSTBY

5VSTBY

1u

2419

3468

I459

5VSTBY

GND

75R

3427

GND

BSH111

7420

GND

I484

5NSTBY

F402

5

6

7

8

9

GND

1943

FMN

1

10

2

3

4

19

2

20

21

22

3

45678

9

1

101112131415161718

1947

3459

10K

10u

2464

F913

I483

5NSTBY

I457

3403

75R

F5110

47u

2424

5VSTBY

GND

I419

23

7401

BC857BW

I428

GND

F5213

5VSTBY

I415

F5113

F4207

2403

47u

3417

75R

2437

1u

100R

3474

3457

8

I470

GND

1940-3

GND

0350808190

3420

150R

F4505

GND

F401

10u

2463

5NESD

100R

3478

I431

25

3461

I478

3467

3437

10K

75R

3413

BC817-25W(COL)

7416

GND

5NSTBY

GND

I466

24

6419

BZM55-C12

100K

3471

5VSTBY

GND

75R

3435

5VSTBY

F5216

F5206

1949-A

LPR6520

1

2

75R

3414

GND

7421 BC847BW

68p

2449

GND

BZM55-C6V8

6414

I405

100n

2450

GND

5SW

6401

BZM55-C12

F5106

2430

100n

5VSTBY

20

GND

22

I438

3448 470R

4K7

3495

2434

47u

5404

10u

5406

2432

100u

BZM55-C12

6402

3440

10K

BZM55-C12

6418

4K7

3496

2425

100n

100R

3477

GND

3408

3K9

I341

2402

100n

2420

I417

5VSTBY

I416

470R

3450

GND

5VSTBY

5NESD

17

GND

3462

5402

10u10u

5403

10u

5401

1u

2418

4

I409

I440

I420

29

LPR6520

1949-C

1

4

F4714

I437

5VSTBY

GND

I418

I451

5NESD

I446

F485

GND

I439

21

GND

I485

GND

I467

F5120

2413

47u

2461

4u7

F4210

7402

BC847BW

31

32

BZM55-C3V9

6422

30

100K

3418

I411

25

Y|CVBSOUT-AUX

21

Y|CVBSOUT-REC

33

Y|CVBSOUT-TV

3442 150K

G|YOUT-TV

17

R|PR|CIN-AUX

9

R|PR|CIN-ENC

31

R|PR|COUT-TV

37

SCL

38

SDA

8

VCC

20

VCCB-REC

24

VCCB130VCCB232VCCB3

36

VDD

7

YIN-ENC

19

Y|CVBSIN-AUX

1

Y|CVBSIN-TUN

41

Y|CVBSIN-TV

5

42

DIGOUT1

44

DIGOUT2

2

DIGOUT3

14

DIGOUT4

16

DIGOUT5

18

DIGOUT6

35

FBIN-AUX

34

FBOUT-TV

3

GND1

12

GND226GNDB

22

GNDB-REC

39

GNDD

15

G|YIN-AUX

10

G|YIN-ENC

29

7004

STV6618

13

B|PBIN-AUX

11

B|PBIN-ENC

27

B|PBOUT-TV

28

C-GATE

6

CIN-ENC

43

CIN-TUN

40

CIN-TV

23

COUT-AUX

4

CVBSIN-ENC

DECV

3424

33K

F4712

4K7

3431

F360/I463

5

3439

10K

3466

F5211

100n

2411

3412

75R

12VSTBY

IPOR_DC

TEMP_SENSE

CECO_RST

from 1943

AFC

STBY

FBIN

8SC1

SCL

SDA

INT

AOUT2L

AIN2L

AIN2R

YCVBSIN2

WSRO

DAC_MUTE

5NSTBY

FOME

5SW

A_B

A_G

A_R

TEMP_SENSE

from 1943

PWONSW

A_YCVBS

KILL

ASC1M

WU

from 7403

WU

8SC2

FOME

ION

SFS_TS

PSS

AGC

SB1

WSFI

SCL

SDA

ASC1S

P50

12VSTBY

ION

CVBSFIN

IPFAIL

DAC_MUTE

IASC1M

A_YCVBS

A_C

AKILL

YCVBSOUT1

CFIN

AINFL

AINFR

P50

AOUT1R

AIN1R

AOUT2R

AOUT1L

TEMP_SENSE

SCLSW

SDASW

YFIN

WSFI

AKILL

WU

to 1945-2

5SW

VSA1

VSA2

VFV

CVBSIN1

D_B

D_C

AKILL

YCVBSIN2

ALDAC

ARDAC

D_G

D_R

D_CVBS

D_Y

AIN1L

BOUT

GOUT

RCOUT

FBOUT

CVBSOUT2

12VSTBY5VSTBY

3

4

7

3

7

1

4

from A/V front connectors

to 1945-1

1406

1987 1980 1988 1984 1601

from/to CECO

9 9

A/V BOARD

Video In/Out IOV

A/V board LX9000R, 080703

A:

DC

, 500mV/Div

10us/Div

A: DC, 200mV/Div 10us/Div

D_CVBS F4712

A: DC, 200mV/Div 10us/Div

A: DC

, 200mV/Div

10us/Div

A: DC, 200mV/Div 10us/Div

A: DC

, 200mV/Div

10us/Div

A_CVBS I405

D_Y F4714 D_C F4716 D_R F4718 D_G F4720

A: DC, 200mV/Div

10us/Div

D_B F4722

I465

I461 I462 I463

A: DC, 500mV/Div

10us/Div

A: DC, 500mV/Div

10us/Div

A: DC, 500mV/Div

10us/Div

A: DC 10us/Div

5V

0V

0V 0V

12V

0,2V

4,5V

5V

0V

0V0V0V0V0V

1,9V

0,2V0V5V

5V

3,5V

0V

0V0V1,6V

2,1V

-0,3V

-0,5V

4,2V

0V

-4,1V

3,2V

2,1V

0V

4V

3,5V

3,2V

12V 0,2V

2,6V

2,4V 2,4V

1,5V

1,4V

1,6V

1,3V

2,9V

5V

5V 5V 5V 5V 5V 5V

0V 0V 0V 0V 0V 0V

0V 2V

2V

1,3V

1,4V

2,7V

3,7V

2,3V

2,9V

2,3V

1,3V 1,4V

2,9V 2V

3,5V

1,5V

3,7V

0V

5V

0V 3V

0,7V 2,1V

1,6V

3,5V

5V

0V

4,2V

5V

OSCILLOGRAMS ..V MEASURED IN STOP MODE ..V MEASURED IN RECORD MODE

..

0V

12V

12V12V

EN 937.LX9000RCircuit Diagrams and PWB Layouts

LL

LH

HL

HH

L

H

L

H

LOGIC

LSBMSB

LL

LH

HL

HH

LL

LH

HL

HH

L

H

L

H

LOGIC

LSBMSB

LL

LH

HL

HH

LL

LH

HL

HH

L

H

L

H

LOGIC

LSBMSB

LL

LH

HL

HH

1 234

12

from DAC_ADC

A

B

C

D

E

F

1950 A1 1953 A5

A

B

C

D

E

2501 A5 2502 A6

2506 A4 2507 A6 2508 A6 2509 B4

from IOV

to IOV

2522 E8 2523 E9 2524 F1 2525 F1 2526 F8

59

3

not used

AIN1R

456789

3502 B8 3503 A5 3504 A4 3505 C6 3506 B6

F

2503 A1 2504 A1 2505 A1

from IOV

2510 A3 2511 E4 2512 D7 2513 F4 2514 C4 2515 F5 2516 E3 2517 F4 2518 E2 2519 A4 2520 F3 2521 C9

3521 F4 3522 E9 3523 E7 3524 E9 3525 F9

2527 F9

678

from DAC_ADC

not used

2530 C9 2531 B8 2532 C8 2535 D5 2536 F5 3501 B8

3537 F7 3538 E7 7501 A7 7502-A C4 7502-B D4

3507 C1

not used

3508 C3 3509 C8 3510 D1 3511 D1 3512 D8 3513 D3 3514 E1 3515 D7 3516 E1 3517 D8 3518 E7 3519 E8 3520 F3

I511 C3 I513 C6 I514 C6 I515 B6 I516 B6

3526 F7

AIN1L

AIN2L

AIN2R

3527 F9 3528 F2 3529 F3 3530 F2 3531 F4 3532 C3 3533 D3 3534 C1 3535 C3 3536 D3

to IOV

I518 C8 I521 D6 I527 F1 I528 F1

7502-C E7

not used

7502-D D7 7503 B2 7504 D5 7505-A B9 7505-B C8 7506 D9 7508 E9 7509 F2 7511 F4 F501 E2 F502 F2 F504 D2 I501 C1 I502 C1 I503 B1 I504 D1 I505 B2

I506 B2 I508 E4

not used

I517 B8

3521

220R

from IOV

I532 E4 I535 E8 I539 F8 I540 F8

GND

1953

EH

123

4K7

3517

5NSTBY

3K9

3535

I515

100n

2530

1u

2515

GND

2523

1n

I540

3511

3508

1K

100K

3504

100K

2532

2525

1u

GND

1K

3509

100p

GND

I511

I501

BC817-25W(COL)

7511

GND

100n

2502

5VSTBY

100u

2510

3515

1K

3518

I527

MC33079

7502-D

12

13

14

F502

MC33079

7502-C

10

9

8

I528

3513

I532

GND

4K7

3529

1K

100K

100n

2518

GND

3516

100K

3507

I508

I521

3503

100K

5VSTBY

1K

3532

1K

3501

GND

2503

100n

2504

1u

100u

2516

3523

1K

7509

BC817-25W(COL)

1n

2520

I505 I506

5VSTBY

I514

GND

2517

1n

1K

3526

GND

3519

4K7

GND

2508

1u

100n

2514

I503

2521

I518

3525 220R

100n

GND

100u

2522

I535

11

12

13

14

15

23

4

5

6

9

VDD

16

VEE

7

VSS

8

GND

HEF4052BT

7503

1

10

1u

2513

220R

3522

1u

2501

GND

F501

3524

820R

MC33079

7502-A

3

2

1

4

11

GND

I513

GND

F504

100K

3510

GND

I539

4K7

5VSTBY

6

9

VDD

16

VEE

7

VSS

8

GND

3528

HEF4052BT

7501

1

10

11

12

13

14

15

23

4

5

2506

1u

GND

3505

100K

100u

2519

2531

100p

to Auxiliary Board

GND

100u

2511

GND

5NSTBY

100n

2535

GND

100n

2536

BC817-25W(COL)

7506

12

13

14

15

23

4

5

6

916

VDD

7

VEE

8

VSS

GND

7504

HEF4052BT

1

10

11

100u

2526

I502

1u

2507

6

7

8

4

GND

7505-B

MC33078

5

GND

5NSTBY

3538

3K9

820R

3530

5

6

7

3512

1K

1950

EH2-B

123

MC33079

7502-B

3536

3K9

7505-A

MC33078

3

2

1

3531

820R

GND

2512

100n

BC817-25W(COL)

I504

5NSTBY

7508

GND

1u

2505

GND

2509 100n

GND

3502

1K

GND

820R

3527

1u

2524

GND

3K9

3537

5NSTBY

GND

3534

100K

GND

3514

100K

5VSTBY

GND

I516

220R

3520

1K

3533

I517

GND

5NSTBY

1n

2527

GNDGND

3506 100K

AOUT1L

AKILL

ARADC

ALADC

IASC1M

5NSTBY5VSTBY

AOUT1R

AOUT2L

AOUT2R

AIN2L

VSA1

ARDAC

ALDAC

ASC1S

AINFL

AINFR

AKILL

VSA2

AFEL

AFER

AIN1R

AIN1L

AIN2R

RSA2

RSA1

2

3

2 24 2

9

2

2225

1904

to Auxiliary Board

1905

A/V BOARD

Audio In/Out IOA

A/V board LX9000R, 080703

VSA1 VSA2

0

-

1

SOURCE

0

1

AIN1

AIN1R

AFER

ARDAC

AIN1L

AFEL

ALDAC

AIN1L

AIN2L

AINFL

AFEL

AIN1R

AIN2R

ARDAC

AIN2L

ALDAC

AINFR

AFER

AFE

-

AxDAC

LOGIC

-

0

RSA1 RSA2

0 1

1

SOURCE

0

1

AIN1 AIN2

AFE

AINF

LOGIC

1

0

ASC1S IASC1M

1

SOURCE

-

AIN2

AxDAC

-

LOGIC

1

0

-

A: DC, 500mV/Div 500us/Div

I502/I504

I517/I518

A: DC, 500mV/Div 500us/Div

F501/F502

5V -5V

0V

-5V

-4,1V

0V

-4,1V

0V

-4,1V

0V

-4,1V

0V

-5V

5V

0V

5V5V5V

0V

0V -5V

5V5V5V

-5V

0V

5V

-5V

0V0V5V

...V DC voltages measured in Stop mode

EN 947.LX9000RCircuit Diagrams and PWB Layouts

F352 E4 F353 A1

F354 C1 F355 A1 F358 B1 F381 C1

F383 A1 F384 C2 I346 A3 I347 D4

I349 D4 I352 A1 I353 B4 I354 B3

7319 D4 7320 A4 7321 D3 F301 C1

F302 C2 F322 A1 F325 A1 F331 D2

F333 D1 F346 C2 F347 C1 F348 B1

F350 B1 F351 C2

3349 C4

3355 D3 3362 D4 3371 C4 3372 C4

3373 D4 6314 E4 6320 E4 7308 A3

1234

123

3348 C4

4

A

B

C

D

E

A

B

C

D

E

1934 C1 1935 A1 2332 B4 2334 E4

3327 A4 3329 B4

GND

I349

5

6

7

GND

680R

3362

WU

PH-2B

1934

1

2

3

4

F351

F383

from/to ASP Board

1613

7321

PDTC124EU

1945-4

BC846B

7319

5VSTBY

GND

µPC12 Sub pcb

5V

+5V

-5V

-5V_STBY +5V_STBY

GND

3349

47R

PDTC124EU

7308

F352

12VSTBY

3327

1M

GND

F347

2M2

3329

2332

2u2

1 2 3 4 5 6 7 8

F358

1935

PH-2B

33R

3372

F350

F333

* for provision only

F348

F381

ION

F354

2334

100n

F384

to DAC_ADC, IOA, DIGIO

5N to DAC_ADC

to IOV, DAC_ADC

to IOV, FACO

from IOV

to IOV

to FV

to IOV, IOA, FV

BAS316

6320

F353

F355

5VSTBY 33VSTBY

I353

GND

I352

IPFAIL

GND

+3V3

STBY

12VSTBY

SI2306DS

7320

F302

F325

5NSTBY

F301

BZM55-C8V2

6314

47R

3371

8SW

STBY

F346

GND

F322

F331

I354

GND

5SW

3373

33R

33VSTBY

47R

3355

I346

3348

680R

I347

12VSTBY

STBY

1

from ASP Board

1612

1

2

2 3 1

1

9

9 3 8

9

*

7403

1945-4

586 7

1 223

2 5

A/V BOARD

Power Supply PS

A/V board LX9000R, 070703

12V

20,6V

0,2V

4,9V

0,2V 0,2V 0V

3,3V

5V

10,6V

8,2V

8,9V8,9V

0,2V

5V 5V

-5V

-5V 5V

32,3V

...V DC voltages measured in Stop mode

SCART-L

SCART-R

DFP

Switching Facilities

LOUDSPEAKER L

D/A

I2SL/R

HEADPHONE R

IDENT

NC

SCART

LOUDSPEAKER R

A/D

D/A

DEMODULATOR

S1...4

FM1 FM2

I2SL/R

NICAM B

NICAM A

SCART-L

HEADPHONE L

IDENT

LOUDSPEAKER

A/D

D/A

2626 E2

E

D

E

F

A

F

1600 F7 2600 A6

2601 A6 2602 A7

123

2607 C2

789

5

45

1 6789

2611 A7 2612 D8 2616 E8

2610 C8

DVAL

4601 A5 5600 A8 5601 F5

2617 E8 2618 E9 2619 E9 2620 F7

F6002 E1

2627 E2 3600 A8 3601 B1

2621 F7 2623 F6

B

C

3611 D8

B

C

1960 E1

I620 E2 I621 E2 I623 E7 I624 A5 I625 A5

from DV - Board

2603 A7

GND

34

3612 E8

DVAR

6

2604 A9 2605 F5 2606 B8

2608 C9 2609 C2

5602 F6 6600 B9 7600 A3 F6001 E1

F6004 E1 I601 A7 I602 A4

3602 B9

A

3606 E2 3607 E2

I607 C1 I608 C2

D

I630 E2 I631 E2

I613 F6

2

GND

I615 B2 I616 B2 I617 B7

I604 A7 I605 B7

I603 A6

3603 B2

I613

QFP44

I609 D7 I610 F7 I611 F7 I612 F5

I614 B7

I625

I612

1K

3607

GND

56p

2609

2627

2u2

I614

GND

6600

MCL4148

I601

5SW

GNDGND

GND

I615

GND

8SW

GND

5SW1

8SW

from PS

2606

100n

I624

5601

10u

3612

100R

5SW

2602

10u

I617

100R

3611

2605

10u

3600

10K

3603

100R

GNDGND

2601

10n

47u

2611

5SW

I630

I616

5SW1

2u2

2626

2619

4n7

GND

F6004

GND

3606

1K

I610

I604

10u

5600

100n

2623

I609

I607

2604

10n

F6002

I623

1n

2616

I602

I621

I608

3p3

2620

GND

2621

3p3

SC2_IN_L37

SC2_IN_R38

STBYQ

11

4

TESTEN

7

TP

VREF1 29

VREF2

25

VREFTOP

42

5

XTAL_IN

XTAL_OUT 6

100R

3601

I2C_DA13

14 I2S_CL

I2S_DA_IN117

21 I2S_DA_IN2

16 I2S_DA_OUT

I2S_WS15

43 MONO_IN

23 24 28 32

RESETQ

22

SC1_IN_L

40

SC1_IN_R41

SC1_OUT_L 31

SC1_OUT_R 30

36

AHVSS 35

AHVSUP

33

ANA_IN+2

ANA_IN-3

ASG

39

AVSS

44

AVSUP 1

CAPL_M

34

DACM_L 27

26DACM_R

20

DVSS

DVSUP

19

D_CTR_IO0

9

D_CTR_IO1

8

I2C_CL12

GND

7408 MSP3415G

18

ADR_CL

ADR_SEL

10

AGNDC

10u

2608

I631

I620

F6001

2617

1n

2600

10u

2618

4n7

2610

10n

GND

2612

4u7

I603

I611

GND

2607

56p

GND

I605

10u

5602

100n

2603

1

2

3

4

18M432

1600

HC-49/U

GND

PH-B

1960

GND

4601

AFEL

AFER

4K7

3602

SCLSW

SIF1

RSA2

RSA1

SDASW

2

1

4

3

A/V BOARD

Multi Sound Processing MSP

A/V board LX9000R, 060703

4,5V 4,5V 2,3V 2,3V 4,4V 0,2V 0,2V

1,5V

3,8V

0V 0V 0V 0V

4,7V 0,2V 2,2V 2,2V

3,8V

0V

4,8V

4,7V

4,8V

7,2V2,6V

4,7V4,7V0,2V

8,2V

3,8V

...V DC voltages measured in Stop mode

EN 957.LX9000RCircuit Diagrams and PWB Layouts

CTRL

Data

Clock

Data

Address

INTERFACE

DISPLAY

MEMORY

8 PAGES

PROCESSING

DATA

DATA DECODING

INTERFACE

I2C BUS

TIME BASE

SYNTHETIZER

FREQUENCY

OSCILLATOR

DATA EXTRACTION

SYNCHRONIZING

CLAMPING

CTRL

Address

Data

3936 E3 5931 A4

I988 B2 I989 C1

I999 E3

4

B

13

E

1990 D1 2932 B4 2933 B4

2934 B1 2935 C1

I991 C1 I997 E1

I995 D1 I996 D12936 D1

2937 D1 2938 B3 3931 B2

3932 C4 3933 C4 3934 E1

3935 E1 5932 A3

7931 B2 I987 B4

I998 E1

123

E

2

B

4

D

I990 C4

I992 C4 I993 C1

I994 D1

2935 100n

C

D

AA

C

GND

5SW

GND

100n

2932

3933

47K

3931

GND

47K

3932

24

XTI

23

XTO

15

Y

GND GND

2

MA_|SL

14

ODD_|EVEN

4

POL

8

R

11

RGBREF

16

SCL

17

SDA

5

STTV

20

TEST1

27

TEST2

21

VCR_|TV

3

VDDA

22

VDDD

26

VSSA

7

VSSD

25

VSSO

STV5348

7931

10

B

12

BLAN

28

CBLK

13

COR_

1

CVBS

19

DV_

6

FFB

9

G

18

L23

2934

100n

GND

I999

GND

I996

10K

3936

10u

5931

GND

I987

2938

100n

I988

5932

I990

I992

I998

I995

I997

I993

I994

I991

I989

2933

47u

3935 100R

2937

22p

GND

100R

3934

22p

2936

HC-49/U

1990

13M875

A_YCVBS

SCLSW

to/from IOV

SDASW

GND

A/V BOARD

VPS

A/V board LX9000R, 080703

from PS

5SW

4

2

A: DC, 1 V/Div

20ns/Div

I994

A: DC, 200mV/Div

10us/Div

I989

1V

3,2V

2,4V

0V

4,7V

5V5V

5V

2,3V

4,8V

...V DC voltages measured in Stop mode

B

4

E

2940 A2 2941 B3 3942 E1

3943 E2 3944 E3

3946 E2 7932 B23938 C1

2947 E3

3937 C1

3940 D1

3941 D3 3945 E3

1

2

3950 A3 3952 B3

D

3

4

1

2

3

2944 D4 2945 D2

A

I958 D3 I959 D3

2946 E12942 D2 3947 E4

3948 A1 3953 B2

3954 C2

3939 C3

7933 B3

C

BED AC

7934-A A2

7934-B B4 7934-C C2 7934-D D3

F950 A2

3951 B2 I952 B3

I955 C1 I956 D2

I957 D2

2943 D4

2K2

3937

2942

2n2

3948

4K7

15K

3952

GND

100K

3950

5SW

GND

33K

3946

GND

3943

33K

GND

I959

33K

3944

7934-B LM339D

7

6

1

GND

LM339D

7934-C

9

8

14

100n

2940

F950

FOME

GND

10u

2941

GND

4K7

3953

33K

3945

GND

7932

BC847BW

1u

2947

10M

3941

5SW 5SW

4K7

3954

2K2

3938

2945

180p

3942

33K

I956

I958

180p

2943

2n2

2944

5

4

2

3

12

I957

LM339D

7934-A

3939

4K7

3940

10M

BC847BW

7933

LM339D

7934-D

11

10

13

I952

2946

1u

5SW

I955

3947

33K

GND

22K

3951

VFV

CVBSIN1

A/V BOARD

Follow Me FOME

A/V board LX9000R, 060703

from PS

5SW

4

2

1

0V

5V

0V

3,6V 3,6V

1,9V

5V

0,4V

1,1V

0,4V

4V

0V

0,4V

0V

...V DC voltages measured in Stop mode

1952 A3

2581 A1 2582 B2

2583 B2

DIGITAL IN

C

OPTICAL IN

from Digital board via DAC_ADC

to/from MDM board

123

1951 B1

A

B

4583 C2

4584 C1 7581 A1

F551 B1 F552 C1

F553 A2 F554 A1

F555 A3 F556 A3

F557 A3

2584 C3

3584 A2 3585 A2

3586 A1 3587 A1

4582 B3

F555

5V_Opt

F556

330R

3585

GND

100n

2582

4582

F557

GND

100p

2584

GND

100p

2583

4 5 6 7 8 9

4584

GND

PH-2B

1952

1 2 3

GND

5V_Opt

GND

3586

47R

GND

3587

1R

VCC

1

F552

GND

7581

GP1FA550RZ

GND

2

OUT

3

F553

GND

2581

100n

4583

F551

1

3

2

GND

YKC21-3416

1951

75R

3584

GND

DAOUT

OPT. IN

DIG IN

F554

A/V BOARD

Digital In/Out (DIGIO)

9

A/V board LX9000R, 060703

4V

5V

4,4V

3,3V

...V DC voltages measured in Stop mode

EN 967.LX9000RCircuit Diagrams and PWB Layouts

ADC

CLOCK

CONTROL

ADC

DIGITAL

INTERFACE

DECIMATION

FILTER

DC-CANCEL

FILTER

DAC

DIGITAL

INTERFACE

FILTER

NOISE SHAPER

DAC

INTERPOLATION

DE-EMPHASIS

I022 E2 I028 F2 I030 F1 I032 E2 I033 B6 I036 E1

F006 A8 F007 A7 F008 A7 F009 A7 F010 C9 F011 E9 I002 A5

to IOV

NP0

1%

I008 B8

7011 F7 F0001 E1 F0002 E1 F0003 D1 F0005 D1 F0007 D1 F0009 D1

I011 C5 I012 C7 I013 D6 I014 E2 I015 D4 I018 E7 I020 E1

NP0

not used

I021 F1

1%

F0012 C1 F0014 C1 F0016 C1 F0021 A1 F005 D3

5001 A8 6001 A1 6002 B1 6003 F3 7001 A6 7002-A C9 7002-B E9

I003 A4

5%

from PS

I006 A4

Bead

from IOV

5%

from / to Digital Board

from IOV

7005 D5 7006 E1 7008 C2 7009 C3 7010 C4

3046 C2 3047 D3 3048 C2 3049 F6 3050 F7 3051 F8 3052 A9

F0011 C1

1%

not used

from PS

3054 C9

4003 F1 4004 F1 4006 A8

3012 B8 3013 B2 3014 C4 3015 D6 3017 D6 3018 D4 3019 D3

7003 B4

1%

to DIGIO

3024 C6 3027 C7

3029 D8 3030 D8 3034 E2 3035 E1 3039 F2 3041 F2 3043 F5 3044 C3 3045 C3

2023 F1 2024 B8 2025 D7 2026 D8 2029 F1 2031 D2 2032 F8

3053 C8

to IOA, IOV

from IOA

2034 D7 2035 B8 2036 D8 2037 B7 2038 B8 2039 D8 2040 D7

3002 A4 3003 A3 3004 B2 3005 B1 3006 B2 3007 B6 3008 A2 3009 A7 3010 A8 3011 B8

2345678

3020 E2

5%

1%

2009 C5

3026 E2

2011 C6 2012 E9 2013 D7 2014 D6 2015 D5 2016 D5 2018 D9 2019 E6 2020 E7 2022 B4

F

1001 A7 1900 A1 2001 A4 2002 A4 2003 A6 2004 A9

2033 B7

to IOA, IOV

not used

3001 A4

12345678 9

1

5%

not used

from IOA

not used

9

A

B

C

1%

5%

D

2010 C6

2034

470p

E

F

A

B

C

D

E

2005 A9 2006 A2 2007 B6 2008 B7

2R2

3002

GND

22R

3020

4K7

3009

GND

3V3DD

2012

100n

GND

I006

I015

47p

2022

F0005

F006

2019

100n

3V3DD

F008

GND

2026

27p

2006

47p

3V3DD

GND

3008

1K

GND

I036

47p

2016

100K

3010

3053 100K

GND

22R

GND

2015

100n

F007

3004

4n7

2039

GND

F011

GND

F009

MP13

1001

125mA

4006

4K7

3049

I011

5001

2001

47u

3019

22R

GND

2011

10u

I003

2038

4n7

F0007

100n

2009

2029

47u

3026

47K

GND

4004

MCL4148

6003

100n

2003

100n

2014

5NSTBY

10K

3039

22K

3051

I021

I018

10p

2035

GND

F0002

I020

GND

3012

330R

100u

2013

6001

MCL4148

GND

1R

3011

4003

3013

22R

100u

2005

GND GND

47K

3007

3045 100K

5N

GND

2031

2u2

GND

F0001

27p

2024

5V

GND

7011

BC857BW

I012

MCL4148

6002

5N

F0021

F0016

7006

BC857BW

47u

2023

GND

47K

3034

100n

2018

GND

F0014

F0009

10K

3014

47u

2020

GND

4n7

2037

GND

2R2

3015

I033

1n

2008

I030

GND

100K

3050

9 VDDD

1 VINL

3 VINR

2VREF

4VREFN

5VREFP

15

VSSA

10

VSSD

12 WS

GND

UDA1361TS

7005

11 BCK

13DATAO

14 FSEL

7 PWON

6 SFOR

8 SYSCLK

16 VDDA

2040

4n7

2036

10p

22R

3018

GND

5V

GND

I022

F0003

F010

GND

22R

3043

3029

1R

3V3DD

GND

2010

47u

2002

100n

47u

2004

3V3DD

GND

I028

GND

7009

BC847BW

10K

3044

GND

I008

GND

I013

3041

10K

BC847BW

3046 470R

GND

7008

MC33078 7002-A

3

2

1

8

4

GND

3054

3K3

GND

3K3

3052

3024

47K

GND

5VSTBY

GND

8 MUTE

PCS10

SFOR0 11 SFOR1 7

6 SYSCLK

VDDA13VDDD

4

VOL14 VOR 16

VREF-DAC

12

VSSA15VSSD

5

WS2

GND

7001

UDA1334BTS

BCK1

DATAI3

9 DEEM

3005

22R

3017

2R2

F0011

7010

PDTC124EU

7003

PDTA124EU

2025

1n

F0012

3027

4K7

10n

2032

F005

I014

3047

100K

3048

100R

MC33078 7002-B

5

6

7

8

4

10K

3035

3V3DD

I032

330R

3030

10u

2007

3001

2R2

GND

10K

3003

5

6

7

8

9

3V3DD

12

13

14

15

16

17

18

19

2

20

21

22

3

4

1900

FMN

1

10

11

3006

3V3DD

I002

470p

2033

22R

5N

A_DAT

ALADC

5VSTBY

ARDAC

ALDAC

5V

5NSTBY

5VSTBY

A_PCMCLK

IPFAIL

D_IKILL

ION

DAC_MUTE

ARADC

A_WCLK

PWONSW

D_PCMCLK

GND

DAOUT

3V3

D_BCLK

D_DATA0

D_WCLK

A_BCLK

GND

A/V BOARD

Audio Converter DAC_ADC

A/V board LX9000R, 080703

4

8

2

3

2

23

4

2V 0V

0V

0V 0V 0V

3,3V

1,6V 1,6V

1,7V 1,7V

0V

0V -5V

5V

0V

1,6V

0V

5V 5V-5V -5V

2,4V 3,3V

1,8V

1,6V 1,6V

1,6V

3,3V

3,3V3,3V

1,6V 1,6V

0V

3,3V3,3V

3,3V

4,1V

5V

0V

1,7V

1,6V

3,2V

3,3V

1,6V

1,8V

0V

2,4V

5,1V 3,3V

3,3V

2,5V

...V DC voltages measured in Stop mode

A: DC, 500mV/Div 500us/Div

I014/I032

ARDAC/ALDAC F010/F011

A: DC, 500mV/Div 500us/Div

EN 977.LX9000RCircuit Diagrams and PWB Layouts

1001 B2 1600 B4 1701 B7 1702 B7 1703 C7 1704 C6 1705 A7 1706 C6 1900 C1

1934 C4 1935 C3 1940 A6 1942 C5 1943 A1 1945 C2 1947 B5 1948 A5 1949 A5

1950 B2 1951 A2 1952 A2 1953 B4 1960 C5 1990 A1 2001 B1 2004 C2 2005 B2

2007 B1 2010 B1 2011 B1 2013 B2 2020 B1 2023 B2 2029 B2 2031 C1 2332 A7

2403 C6 2405 B6 2413 B6 2417 B6 2421 B6 2424 A4 2428 C5 2429 A5 2432 A5

2434 B6 2442 A5 2443 B5 2460 B5 2461 B5 2462 A4 2463 A4 2464 A7 2510 A2

2511 A4 2516 A3 2519 B3 2522 A4 2526 A3 2600 B5 2602 B5 2605 B4 2608 B4

2611 B5 2612 B5 2626 C5 2627 C5 2713 B7 2720 A7 2722 C7 2729 B7 2732 C7

2737 C6 2740 B7 2933 A1 2941 C2 3035 A2 3039 B2 3041 B2 3412 A7 3422 A5

3432 B6 3433 B6 3434 A5 3435 A5 3436 A5 3441 A5 3447 A7 3451 A2 3454 A7

3502 B3 3509 B2 3515 A4 3517 A4 3519 A4 3523 A3 3532 A3 3533 A3 3601 C4

3603 C4 3701 B7 3703 B7 3724 A7 5401 B6 5402 A6 5403 B6 5404 B4 5406 B5

5600 B4 5601 B4 5602 C4 5705 A7 5709 B7 5710 B7 5711 B7 5713 C7 5714 B6

5931 A1 7581 A1 9003 C2 9007 B2 9011 A7 9014 B7 9016 C6 9017 A7 9018 A5

9019 A6 9020 A6 9021 A6 9022 B6 9023 C5 9024 B5 9025 A4 9026 A2 9027 B3

9028 C3 9029 C2 9030 A2 9031 A1 9032 A1 9035 C2 9036 C7 9037 B4 9038 B2

9039 A3 9422 C3 9423 C6 9424 A7 9425 C3 9426 A7 9427 A6 9428 A7 9429 A5

9430 A7 9431 B6 9432 C4 9433 A5 9434 A5 9435 C4 9436 B5 9437 B5 9438 B5

9439 B4 9440 B3 9441 A6 9442 A4 9443 B3 9444 C3 9445 C3 9446 C6 9447 A2

9448 A1 9449 C4 9450 A2 9451 C6 9452 A3 9453 A4 9455 A3 9457 A3 9459 B3

9460 B5 9461 B3 9462 B3 9463 B4 9464 C1 9465 B2 9466 B3 9467 A4 9468 A3

9469 A2 9470 A3 9471 B2 9472 B2 9473 B3 9474 A3 9475 B4 9476 A3 9477 B3

9478 B3 9479 B3 9480 A3 9481 A2 9482 A3 9483 A4 9484 A1 9485 C6 9486 A4

9487 C3 9488 A1 9489 C3 9490 B1 9491 A2 9492 A2 9494 A3 9495 A3 9496 A3

9497 B1 9498 C1 9499 B3 9551 A6

Analog board LX9000R, 090703

ANALOG BOARD/ componentside view

OPT DIG

CVBS

AL AR

S -CONNECT. SCART

TV TUNER

DIGITAL BOARD 1601

DVIO BOARD 1501

ASP BOARD 1612ASP BOARD 1613

DIGITAL BOARD 1602

A/V FRONT CONNECTORS

1947

AUX BOARD 1904

AUX BOARD 1905 (BLUE)

CONTROL BOARD 1406

MDM BOARD

This assembly drawing shows a summary of all possible versions. For components used in a specific version see schematic diagram respectively partslist.

I405

F4712

F4716

F4714

F4722 pin 22 F4720 pin 20 F4718 pin 18

I517

F501

F010

I032

I014

F 010 A1 F 501 A3

F4712 B5 F4714 B5

F4716 B5 F4718 B5

F4720 B5 F4722 B5

I 014 B2 I 032 B2

I 405 B 3 I 517 B3

TEST POINTS

EN 987.LX9000RCircuit Diagrams and PWB Layouts

A/V BOARD / copperside view

A/V board LX9000R EU, 090703

2002 B7 2003 B7 2006 B7 2008 B7 2009 B7 2012 B7 2014 B6 2015 B6 2016 B6 2018 B7 2019 B7 2022 B7 2024 B6 2025 B7 2026 B7 2032 A6 2033 B7

2034 B7 2035 B7 2036 B7 2037 B7 2038 B7 2039 B7 2040 B7 2334 B5 2401 A1 2402 A1 2404 C2 2406 A6 2407 A6 2408 B2 2409 A2 2410 A3 2411 B2

2412 A6 2414 B2 2415 A1 2416 A2 2418 A2 2419 B2 2420 A3 2422 A2 2423 A3 2425 A4 2427 A3 2430 A2 2433 B2 2435 B3 2436 B3 2437 B3 2438 B3

2439 B3 2440 B3 2441 B3 2444 A3 2445 A4 2446 C2 2447 A4 2448 A4 2449 C3 2450 A1 2459 B3 2501 A2 2502 B5 2503 A6 2504 A3 2505 A3 2506 A3

2507 C3 2508 C3 2509 A5 2512 B5 2513 A4 2514 A5 2515 A5 2517 A3 2518 A5 2520 A2 2521 B6 2523 A3 2524 B4 2525 B4 2527 A3 2530 B6 2531 B6

2532 B6 2535 A5 2536 A4 2581 A6 2582 A6 2583 A7 2584 A6 2601 B3 2603 B3 2604 B4 2606 B4 2607 B4 2609 C4 2610 B3 2616 B3 2617 B3 2618 B3

2619 B4 2620 B4 2621 B4 2623 B4 2719 B1 2721 B1 2723 B1 2724 B2 2725 B1 2727 B2 2728 B1 2730 B2 2731 B1 2733 C1 2734 B1 2735 A1 2736 A1

2741 B1 2742 C1 2932 A7 2934 A7 2935 A7 2936 A7 2937 A7 2938 A7 2940 C5 2942 C5 2943 C5 2944 C5 2945 C5 2946 C5 2947 C5 3001 B7 3002 B7

3003 B7 3004 B7 3005 B7 3006 B7 3007 B7 3008 A6 3009 B7 3010 B7 3011 B7 3012 B7 3013 B7 3014 B7 3015 B6 3017 B6 3018 B6 3019 C7 3020 C7

3024 B7 3026 B6 3027 B7 3029 B7 3030 B7 3034 B6 3043 C7 3044 C7 3045 C7 3046 C7 3047 C7 3048 C7 3049 A6 3050 A6 3051 A5 3052 B7 3053 B7

3054 B7 3327 C1 3329 A1 3348 A5 3349 A5 3355 B5 3362 B5 3371 A5 3372 B5 3373 B4 3400 A6 3401 A2 3402 A2 3403 A2 3404 A1 3405 A1 3406 A1

3407 A1 3408 A1 3409 A1 3410 A1 3411 A1 3413 A1 3414 A1 3415 A6 3416 A6 3417 A2 3418 A6 3419 A5 3420 A2 3421 A3 3423 A3 3424 B3 3425 A2

3426 B3 3427 A1 3428 B3 3429 C3 3431 A2 3437 B2 3438 B2 3439 B2 3440 A5 3442 B3 3443 A4 3444 A4 3445 B2 3446 A1 3448 A4 3449 A2 3450 A4

3452 A2 3453 A7 3455 B2 3456 A4 3457 A4 3458 A6 3459 B3 3460 A6 3461 A2 3462 A2 3463 A2 3464 A2 3465 A2 3466 A2 3467 A2 3468 A2 3469 A2

3470 A2 3471 A2 3472 A2 3473 A4 3474 A4 3475 A3 3476 A2 3477 A2 3478 A3 3481 B2 3482 C3 3483 B2 3484 B2 3485 A3 3486 A4 3487 A3 3488 A3

3489 C3 3490 A3 3491 A3 3492 A3 3493 A3 3494 B2 3495 A4 3496 A4 3501 B6 3503 A4 3504 A4 3505 C3 3506 C3 3507 A5 3508 A4 3510 B5 3511 A4

3512 B6 3513 A5 3514 A6 3516 A6 3518 A4 3520 A4 3521 A4 3522 A4 3524 A4 3525 A4 3526 A5 3527 A4 3528 A3 3529 A4 3530 A4 3531 A4 3534 A6

3535 A5 3536 A5 3537 A5 3538 A4 3584 A7 3585 A7 3586 A7 3587 A7 3600 B4 3602 B4 3606 C3 3607 B3 3611 B4 3612 B3 3702 A1 3704 C1 3705 C1

3710 B2 3711 A1 3714 B2 3715 B2 3716 B1 3717 C2 3720 B2 3725 C2 3726 B1 3727 A1 3728 C2 3729 A1 3730 B1 3731 C2 3732 C2 3733 B1 3734 C2

3735 C2 3736 C2 3737 B1 3738 B1 3739 B1 3740 C1 3741 C2 3742 B1 3743 C1 3744 C1 3745 B1 3746 B1 3758 C2 3931 A7 3932 A7 3933 A7 3934 A7

3935 A7 3936 A7 3937 C6 3938 C6 3939 C6 3940 C5 3941 C5 3942 C5 3943 C5 3944 C5 3945 C5 3946 C5 3947 C5 3948 C6 3950 C6 3951 C6 3952 C6

3953 C6 3954 C6 3955 A5 4003 B6 4004 B6 4006 B6 4401 A2 4402 A6 4403 B6 4411 B2 4412 B3 4413 B3 4414 B3 4415 A3 4416 B6 4417 B3 4418 B2

4419 A3 4420 B1 4421 B2 4422 A3 4423 A3 4424 A2 4425 A3 4426 A3 4427 A7 4428 A6 4429 A2 4430 A6 4431 A5 4433 B3 4434 B3 4435 A5 4437 B5

4442 A6 4443 A5 4444 A6 4446 A5 4447 A1 4448 A3 4449 A3 4450 B6 4582 A6 4583 A6 4584 A6 4601 B4 4700 B1 4701 B1 4999 C1 5001 B6 5704 A1

5932 A7 6001 A6 6002 C7 6003 C6 6314 B5 6320 B5 6401 A1 6402 A2 6403 A2 6404 A2 6409 A2 6414 A1 6415 A2 6416 A2 6417 A2 6418 A2 6419 A1

6420 A1 6422 A2 6423 A3 6424 A1 6425 A3 6426 A3 6427 A3 6428 A3 6429 A3 6600 B4 6703 B1 6704 B1 6705 B1 7001 B7 7002 B7 7003 C7 7004 B2

7005 B7 7006 B6 7008 C7 7009 C7 7010 C7 7011 A6 7308 A1 7319 B4 7320 A1 7321 B5 7401 A1 7402 A1 7403 A1 7404 A6 7405 A3 7406 A2 7407 B3

7408 B4 7409 B3 7410 A4 7411 B3 7412 A5 7415 A4 7416 A3 7419 A6 7420 A6 7421 A6 7501 B5 7502 A5 7503 A5 7504 A4 7505 B6 7506 A4 7508 A4

7509 A3 7511 A4 7701 C2 7702 C2 7704 B1 7705 B1 7706 C2 7710 B1 7711 C2 7712 C1 7713 C1 7714 B1 7716 C2 7717 C1 7931 A7 7932 C6 7933 C6

7934 C6

A

B

C

A

B

C

This assembly drawing shows a summary of all possible versions. For components used in a specific version see schematic diagram respectively partslist.

I723

I465

I462

I463

I461

I405

F4712

F4716

F4714

F4718

F4722

F4720

I502

I517

F501

I994

I989

F010

I032

I014

F 010 A7 F 501 A5

F4712 B3 F4714 B3

F4716 B3 F4718 B3

F4720 B3 F4722 B3

I 014 B6 I 032 B6

I 405 A5 I 461 A2

I 462 A1 I 463 A1

I 465 A1 I 502 B5

I 517 B5 I 723 C4

I 989 A7 I 994 A7

TEST POINTS

EN 997.LX9000RCircuit Diagrams and PWB Layouts

18

16

RB

4

3

2

CE

7

6

WE

RP

1

0

BYTE

3

NC

5

8 9 10 11 12 13 14 15 A-1

10

4

9

8

7

6

0

8M-1

0

A

D

5

11

2

1

17

OE

12 13 14 15

EN C1

1D

CSYNC

VSYNC

VIN

GND VCC

SCL

ADR

0 1 2SDA

WC

15

0

CE1

NC

14

13

11

DQ

16

7

128K-1

0

A

12

CE2

OE WE

10

9

8

7

6

5

4

3

2

1

0

SIO/UART

( SIO1 )

INTERFACE

( SBI )

8-BIT TIMER

( TMRA1 )

8-BIT TIMER

( TMRA2 )

8-BIT TIMER

( TMRA3 )

8-BIT TIMER

( TMRA4 )

8-BIT TIMER

( TMRA5 )

8-BIT TIMER

( TMRA6 )

8-BIT TIMER

( TMRA7 )

CLOCK DOUBLER

L-OSC

PORT 6

PORT A

CS/WAIT

CONTROLLER

( 4-BLOCK )

INTERRUPT

CONTROLLER

16-BIT TIMER

( TMRB0 )

16-BIT TIMER

( TMRB1 )

PORT 1

PORT 0

CLOCK GEAR

H-OSC

10-BIT 8-CH

A/D

CONVERTER

SIO/UART/IrDA

( SIO0 )

SERIAL BUS

8-BIT TIMER

( TMRA0 )

128KB ROM

4KB RAM

CPU

WATCH

DOG TIMER

( WDT )

REAL-

CLOCK

TIMER

( RTC )

PORT 3

PORT 2

from H8

to E13

from H11

H

I

A

B

C

D

E

F

G

H

I

0606 B15 1801 B8 1805 B9 1980 B1 1984 I11 1986 E1 1987 I9 1988 I8

to B2

1 2 3 4 5 6 7 8 9 1011121314 15

1 2345678910

to H3

not used

SDASW

Bead

N.C.

Bead

ASC1M

11 12 13 14 15

A

B

C

D

E

F

G

from FACO

from / to IOV

to I12

from / to IOV

to F3

from E2

2800 A9

2801 B8 2802 B8 2803 B6 2804 B6 2805 B6 2806 B11 2807 A8 2808 B13 2809 B14

2810 B3 2811 C3 2812 E14 2813 B8 2814 B9 2815 H1 2816 A5 2817 G9

to KUCO

Bead

CLOCK_ADJ

2818 H2

2819 A5 2820 A6 2821 A3 2822 A2 2823 I4 2824 I4 2825 I6 2826 I14 2827 I15

2828 H13 2829 H5 2830 H4 2831 H9 2832 G8 2833 G14 2834 H14 2835 H15 3800 E2

3801 A8 3802 E1 3803 E2 3804 B2 3805 C3 3806 B3

GNDD

N.C.

from/to G2

3807 D10 3808 D10 3809 E10

3810 E10 3811 C3 3812 C2 3813 G15 3814 H10 3815 G10 3816 C2 3817 F10 3818 F11

3819 G15 3820 H5 3821 E14 3822 E15 3823 E14 3824 I7 3825 E8 3826 H8 3827 B2

3828 F13 3829 A4 3830 G12

PWONSW

to G13

FLASH_TOSHIBA

3831 H11 3832 G1 3833 G11 3834 G9 3835 G9 3836 H10

3837 B4 3838 H5 3839 H1 3840 H3 3841 H2 3842 H2 3843 I1 3844 I1 3845 A4

3846 A4 3847 B7 3848 C9 3849 H2 3850 B4 3851 E9 3852 G12

from G3

to A4

from I12

3854 G5 3855 A8

3856 F3 3857 G2 3858 G9 3860 G10 3861 H2 3862 A6 3863 A1 3864 A1 3865 A2

3866 A2 3867 A2 3868 F3 3869 I3 3870 I4 3871 I6 3872 I6

to FACO

not used

from H10

from/to D2

3873 I7 3874 C4

3875 C4 3876 F12 3878 H8 3879 E2 3881 D2 3882 D2 3884 I14 3885 I15 3886 I15

3887 I14 3888 F2 3889 G8 4801 F4 4802 C4 5801 B12 5802 B14 5803 A11 5804 A6

SCLSW

to B2

EXT_DL

for EU+EPG only

6800 H1 6801 A2 6802 A5 6803 G11 6804 G8 6805 F8 7801 B11 7802 A7 7803 B12

7804 B4 7805 B14 7806 A9 7807 E15 7808 H13 7810 G14 7811 H13 7813 H1 7814 H3

7815 H3

PCB-Test

not used

to H8

7816 A3 7817 F2 7818 H6 7821 C2 7822 B2 7825 H5 F8001 C1 F8002 C1

F8003 B1 F8004 B1 F8005 B1 F8006 B1 F8007 B1 F8008 B1 F801 E12 F802 D11 F803 D11

to H8

from/to Digital Board

from / to IOVfrom / to IOV

to E2

F804 B14 F805 C14 F806 C14 F807 C14 F808 C14 F809 C14 F810 C14 F811 C14 F812 C14

F813 C14 F814 C14 F815 C14 F816 C14 F817 C14 F818 C14 F819 D14 F820 B15 F821 B15

to FACO

from I7

from F9

from H8

not used

from B2

F822 C15 F823 C15 F824 C15 F825 C15 F826 C15 F827 C15 F828 C15 F829 C15 F830 C15

F831 C15 F832 C15 F833 C15 F834 C15 F835 C15 F836 D15 F837 D15

from B2

to A4

F838 D15 F839 D15

F840 E8 F8401 H11 F8402 H11 F8403 H11 F8405 H11 F8406 H12 F8407 H12 F841 F8 F842 F8

F843 F4 F844 D15 F845 D15 F846 A7 F847 A3 F848 E8 F849 B6 F850 C4 F851 C4

F852 E8 F8603 E1 F8604 E1 F8606 E1 F8607 E2 F8608 E1

Bead

from A9

not used

F8609 E2 F8610 F1 F8701 H9

F8702 H9 F8703 H9 F8704 H10 F8705 H10 F8706 I10 F8707 H10 F8708 H10 F8802 I8 F8803 I8

F8804 I8 F8805 I8 F8806 I8 F8807 I8 F8808 I9 I801 B8 I802 B8 I803 B8 I804 B9

I805 F10 I806 G5 I807 H4

KILL

N. C.

to A4

not used

I808 H4 I809 A8 I810 B10 I811 E7 I812 E7 I813 A2

I814 F2 I815 H3 I816 A2 I817 I4 I818 I6 I819 I14 I820 I14 I821 D4 I822 D4

I823 H2 I824 H3

from D2

from/to H15

WSRI/

from/to H8

from E7

to H13

I825 G7

I815

THG

47p

2832

11

100u

2819

9 10 13 14

28

15 12

37

27

VSS146VSS2

41 43 45

33 35 38 40 42 44 30 32

18 8 7

47

26

29 31

34 36 39

2 1 48 17 16

23 22 21 20 19

1Mx8/512Kx16

EPROM

25 24

6 5 4 3

GNDD

M29W800DT-70N6

7805

2833

100n

10K

3V3STBY

22K

3802

3821

3V3STBY

GNDD

F8002

F820

F810

3V3STBY

GNDD

F828

2814

10p

0606

SOFTWARE

I813

GNDD

3871

10K

F8610

3847

10K

F826

12

20

3881

47K

10

GND

11

1

19 18 17 16 15 14 13

74LVC573

7801

2 3 4 5 6 7 8 9

PMBT2369 7807

5VSTBY

GNDD

F833

F852

3842

220K

F8808

3V3STBY

10n

2821

10K

3816

5VSTBY

F8003

10K

3822

4802

100n

2805

5VSTBY

4801

27K

3839

4K7

3818

F825

6800

BAS316

F8707

GNDD

F829

5802

F848

5VSTBY

2830

100n

2806

100n

I821

F849

GNDD

3811

100R

4K7

3886

33K

3846

GNDD

BC847BW

7816

2822

100n

I807

F8608

F8401

3856

10K

2803

GNDD

F832

100n

1

4

3868

10K

7825

LA7213

2

3

5

5VSTBY

3869

330R

GNDD

3838

1K0

3882

47K

GNDD

7822

BSH111

3V3STBY

GNDD

5801

F8803

GNDD

3V3STBY

BAT254

6805

6802

BAT254

GNDD

3873

4K7 1K0

3824

4R7

3866

3V3STBY

3851

10K

GNDD

F8007

220R

3844

2817

100n

GNDD

F8805

3807

100K

GNDD

3857

10K

F822

I824

F806

3863

GNDD

3803

1K0

4R7

F817

GNDD

3823

100K

F821

BC847BW

7813

I806

I811

3854

1K0

5VSTBY

220m

2816

3809

100K

3V3STBY

GNDD

3827

1K0

GNDD

3841

100K

I823

2M2

3861

5VSTBY

3800

22K

15p

2802

3V3STBY

GNDD

F8604

1K0

3835

5VSTBY

F827

2823

1n0

I818

7815 BC847BW

F834

3V3STBY

2801

15p

GNDD

3V3STBY

3867

75R

3858

100K

3884

100R

F8001

3V3STBY_R

GNDD

3806

7817

BC847BW

22K

1K0

3830

3860

2K2

BSH111

7821

2820

10n

4

5

6

7

8

5803

C36

1980

1

2

3

F8607

F8406

2

NC14NC2

5

OUTP

1

7806 NCP301LSN30

GND

3

INP

GNDD

3V3STBY

100R

3805

100n

2800

GNDD

3V3STBY

I822

F804

2827

100p

I801

I825

4R7

3864

10K

3814

F847

6804

BAT254

F843

F807

3V3STBY

F841

F842

3832

33K

I810

F835

F8802

100R

3836

I805

10K

3804

GNDD

7

8

3829

10K

C36

1988

12345

6

F8702

7814 BC847BW

F819

F813

7802 PDTC124EU

I802

24

VCC

32

16

29

I804

30

13 14 15 17 18 19 20 21

1

31

2

10

9 8 7 6

5 27 26

22

7803

CY62128VLL-70SC

12 11

23 25

4 28

3

128Kx8

RAM

10n

2831

F8701

GNDD

F851

10K

3874

10K

3875

10K

3801

1 2 3

6

5

8

VSS

4

7

GNDD

(2Kx8)

Φ

EEPROM

7808 M24C16-MN6

F8706

GNDD

F8402

3 4 5 6 7 8 9

GNDD

1986

10FMN-SMT-A-TF

1

10

2

GNDD

2829

10u

100p

2826

3878

1K0

3888

470R

2809

100n

I808

6803

BAT254

GNDD

I820

3850

18K

F8405

3V3STBY

F8806

3817

2K2

10n

2812

2804

100n

1234567

8

GNDD

1234567

8

1987

C36

3V3STBY_R

C36

1984

GNDD

F808

2825

100p

F816

F801

GNDD

220n

2807

3813

10K

F845

GNDD

12K

3837

F850

3831

1K0

F8004

F811

220p

2818

GNDD

3828

10K

F831

GNDD

2828

100n

F823

F803

3865

4R7

1K0

3826

GNDD

F837

GNDD

7818

PDTA124EU

F809

3879

1K0

3820

10K

3852

100K

3810

3872

10K

F8005

F824

F8407

3V3STBY

F8708

12VSTBY

I816

3855

470R

4K7

3840

3833

1K0

3825

10K

F8006

18K

3815

32K768

1805

DT-38

3848

10K

3V3STBY

GNDD

F818

F814

GNDD

2811

10p

3887

4K7

F8008

33K

3843

F8704

I817

3V3STBY

I809

I803

GNDD

F838

F812

100R

3885

3V3STBY

3849

47K

F844

3V3STBY

5804

100K

3808

26X2

3862

10K

31P96|XT1 32P97|XT2

PA4 39 PA5 40

41PA6

PA7 42

71RD_|P30

30RESET_

RW_|P36 77

87SCOUT|P64

100 VREFH

1 VREFL

74WAIT_|P33

72WR_|P31

28X1

8 P74|TA5OUT

P75|TA7OUT9

10 P80|TB0IN0|INT5

P81|TB0IN1|INT611

12 P82|TB0OUT0

P83|TB0OUT113

14 P84|TB1IN0|INT7

P85|TB1IN1|INT815

16 P86|TB1OUT0

P87|TB1OUT117

65P22|A18|A2 66P23|A19|A3 67P24|A20|A4 68P25|A21|A5 69P26|A22|A6 70P27|A23|A7

78P37

P60|SCK83 P61|SO|SDA84 P62|SI|SCL85

88P65

P66 90

4 P70|TA0IN

P71|TA1OUT5

6 P72|TA3OUT

P73|TA4IN7

P02|AD2

47P03|AD3 48P04|AD4 49P05|AD5 50P06|AD6 51P07|AD7 52P10|AD8|A8 53P11|AD9|A9 54P12|AD10|A10 55P13|AD11|A11 56P14|AD12|A12 57P15|AD13|A13 58P16|AD14|A14 59P17|AD15|A15 60P20|A16|A0 61P21|A17|A1

DVCC3

64

91

DVSS127DVSS2 DVSS3

62

EMU0 33

34EMU1

73HWR_|P32

86INT0|P63

INT1|PA0 35

36INT2|PA1

INT3|PA2 37

38INT4|PA3

NMI_ 63

44P00|AD0 45P01|AD1 46

95 AN3|ADTRG_|P53 96 AN4|P54 97 AN5|P55 98 AN6|P56 99 AN7|P57

3 AVCC

2 AVSS

BUSAK_|P35 76

BUSRQ_|P34 75

CS0_|P40 79

80CS1_|P41 81CS2_|P42

CS3_|P43 82

89

DVCC125DVCC2

TMP91CW12AF/LIRP1

7804

43ALE

24AM0 29AM1

92 AN0|P50 93 AN1|P51 94 AN2|P52

F840

GNDD

3834

1K0

F839

F830

24M576

1801

CX-11F

I812

F805

F8609

F8705

F8403

GNDD

3V3STBY

18K

3889

10K

3819

3V3STBY

2815

220p

10K

3876

F8703

F8804

F8606

F802

10p

2810

GNDD

100n

2808

F815

GNDD

3V3STBY

GNDD

2813

10p

3870

100K

GNDD

10p

2835

GNDD

2834

10p

I819

GNDD

PDTC124EU

7811

F8807

2824

1u0

GNDD

3812

22K

GNDD

BZM55-C3V9

6801

5VSTBY

3V3STBY

SCL1

3 SDA0 6SDA1

8

VCC

GNDD

F8603

5EN

4

GND

1

NC

2 SCL0 7

F846

PCA9515DP

7810

F836

I814

P50

SDA

SCL

SCLSW

SDASW

1K0

3845

FBIN

BE_FAN

WE

A_DATA

D_DATA

A_RDY

D_RDY

IRESET_DIG

AD(0) AD(1) AD(2) AD(3) AD(4)

A(2)

SDA

P50

A(6) A(7)

A(8) A(9)

A(10)

CS2_

RD_

RY|BY_

A(5) A(6)

CS0_

A(1) A(2)

A(11) A(12) A(13) A(14) A(15) A(16) A(17) A(18) A(19)

A(3) A(4) A(5)

PSS

P50

SDASW

SCLSW

WR_

A(7)

AD(7)

A(0:7)

A(0) A(1) A(2) A(3) A(4)

IPOR

ION

SYNC

INT

AD(0) AD(1) AD(2) AD(3) AD(4) AD(5) AD(6)

FOME

WSFI

SB1

AGC

SFS_TS

12VSTBY

FAN_OFF

AFC

AD(7)

AD(6)

AD(5)

AD(4)

AD(3)

AD(2)

A(0)

AD(1)

AD(0)

FBIN

5VSTBY

GNDD

IPOR

SCL

SDA

SDA SCL

SCL

IPOR_DC

SYNC

INT

IPOR_DC

TEMP_SENSE

GNDD

A_YCVBS

8SC2

WU

KILL

STBY

LEVELSW

WE

A_YCVBS

BOOT

PWONSW

LEVELSW

PWONSW

LEVELSW

A(11)

A(10)

A(9)

A(8)

AD(7)

AD(6)

AD(5)

AD(4)

AD(3)

AD(2)

AD(1)

AD(0)

ALE

8SC2

WSFI

AD(0:7)

A(16)

A(15)

A(14)

A(13)

A(12)

A(11)

A(10)

A(9)

A(8)

A(8:19)

WU

A(19)

A(18)

A(17)

A(16)

A(15)

A(14)

A(13)

A(12)

AD(5) AD(6) AD(7)

A(0) A(1)

A(3) A(4) A(5) A(6) A(7)

A(16)

A(17)

A(18)

A(19)

TR 06031_001

030203

3V

5.1V

4.5V

4.3V

3.5V

0.3V

3.3V

0V

3.5V

4.2V

4.7V

A: DC, 500mV/Div 10us/Div

A: DC, 1 V/Div 20us/Div

A_CVBS F8008

I818

A: DC, 500mV/Div

10us/Div

SYNC F843

uP Sub Board: Central Controller (CECO)

EN 1007.LX9000RCircuit Diagrams and PWB Layouts

123 4

A

B

C

D

E

A

B

C

from CECO

1%

not used

F904 B4

F905 A1 F906 A2 F907 A2 F908 B4 F909 C3 F910 E3 I903 C2

I904 C2 I905 C2 I906 E2 I907 E4 I908 D1

delete for SET FAN

GNDD

7902-1 C2 7902-2 D2

7902-3 C4 7902-4 D4 7903 A1 7904 A3 7905 A3 7906 A1 7907 A2

7908 B1 7909 B4 7910 B3 F901 A4

not used

F902 A4 F903 B4

3926 A2 3927 D2 3928 C3

3929 A4 3930 A4 3931 A4 3932 B4 3933 B4 3934 A4 4901 A1

4902 D3 4903 D3 6901 E3 6902 A1 6903 C3

1%

3920 E1 3921 E4

3922 C1 3923 E1 3924 A2 3925 D1

123 4

delete for SET FAN

not used

from CECO

for SET FAN only

to FAN

from CECO

MOT

1%

to CECO

D

E

1301 B4 1901 A4 2911 D1 2912 B3 2913 B4 3913 B2 3914 C4

3915 B3 3916 D1 3917 C1 3918 B2 3919 C1

1K0

3922

I903

470R

3921

F910

F909

F907

F908

F906

F905

4901

3930

22R

36K

3917

4902

7902-4 LM324D

12

13

14

7902-2

LM324D5

6

7

4

11

GNDD

12VSTBY

GNDD

3926

4K7

2912

100u

I904

10K

3923

LM324D

10

9

8

GNDD

7902-3

3914

1K0

GNDD

3915

1K0

4903

GNDD

F902

F903

PDTC124EU

7905

3918

1K0

GNDD

BAT254

6902

3V3STBY

3924

10K

5VSTBY

PDTC124EU

7903

F904

PDTC124EU

7908

GNDD

7907 PDTC124EU

100u

2913

PDTA124EU

7904

2911

1n0

1K0

3913

I905

I908

7909

BC636

12VSTBY

GNDD

10K

3925

12VSTBY

3

2

1

3919

7902-1

LM324D

EH-S

1

2

33K

1901

5K6

3920

I907

3916

27K

3932

12VSTBY

22R

3933

22R 22R

3931 3929

22R

3934

GNDD

3927

33K

12VSTBY

PDTC124EU

7906

6903

BAV70W

GNDD

315mA

1301

F

I906

PDTC124EU

7910

6901

BAV70W

GNDD

F901

12VSTBY

GNDD

TEMP_SENSE

18K

3928

STBY

BE_FAN

FAN_OFF

TR 06032_001

030203

Philips LX9000R -22, LX9000R -25, LX9000R -29 Service Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

TABLE OF CONTENTS

TECHNICAL SPECIFICATION

LOCATION OF PRINTED BOARDS

EN 52.LX9000RSafety Information

BRIEF OPERATING INSTRUCTIONS

Controls and connections

Remote Control

Quick use guide LX9000R

DISMANTLING INSTRUCTIONS

EN 24 5. LX9000R Service hints

SERVICE TOOLS

HANDLING CHIP COMPONENTS

TRADE MODE

DEMO MODE

EN 255.LX9000RDiagnostic Software

5. Diagnostic Software DVD

5.1 End User/Dealer Script Interface

5.1.1 Description

5.1.2 Contents

5.2 Player Script Interface

.2.1 Description

5.2.2 Structure of the Player Script

5.2.3 Error Log

5.2.4 Trade Mode

5.3.2 Error Handling

5.3.3 Command Mode Interface

5.2.5 Virgin mode

5.3 Menu and Command Mode Interface

5.3.1 Nuclei Numeration

5.3.4 Menu Mode Interface

5.4 Nuclei Error Codes

5.5 Loop tests

.5.1 Nucleus 900: Digital Audio Loop

5.5.2 Nucleus 901: Audio User Dealer Loop

.5.3 Nucleus 902: Digital Video Loop

5.5.4 Nucleus 903: Digital Video VBI Loop

NUCLEUS 904: SYSTEM VIDEO LOOP

5.5.6 Nucleus 905: System Video VBI Loop

5.5.7 Nucleus 906: Video User Dealer Loop

5.5.8 Nucleus 907: Video VBI User Dealer Loop

.5.9 Nucleus 908: System Audio Loop Scart (Europe)

5.5.10 Nucleus 909: System Audio Loop CINCH (Nafta)

5.5.11 Nucleus 910: DVIO Video Input

5.5.12 Nucleus 911: DVIO Video VIP

EN 596.LX9000RBlock & Wiring Diagrams

BLOCK & WIRING DIAGRAM 1

BLOCK & WIRING DIAGRAM 2

DVD + RW part

Control Lines and Bus Systems DVD+RW part

EN 636.LX9000RExploded Views

EN 657.LX9000RCircuit Diagrams and PWB Layouts

FRONT - CONTROL

CONTROL BOARD/ copperside view

KEY BOARD Left

KEY BOARD left/ copperside view

KEY BOARD left2

KEY BOARD left 2/ componentside view

KEY BOARD left 2/ copperside view

A/V FRONT CONNECTORS (CAM1)

A/V FRONT CONNECTORS/ copperside view

A/V FRONT CONNECTORS/ componentside view

RECORD Surround OPEN/CLOSE F536 E2 F537 E3 F538 E3 F539 E3 F540 E5 F541 E5 F542 E5 F543 E5 F544 E5 F545 E5 F546 E5 F547 E6 F548 E6 F549 E6 F550 E6 F551 E6 F552 E6 F553 B45432 A6 6401 A2 6402 C7 6420 B1 7401 B4 7420 B2 7421 C1 F530 C1 F531 C1 F532 C2 F533 E2 F534 E2 F535 E2 HP_DET

KEY BOARD right

KEY BOARD right/ coperside view

POWER SUPPLY

POWER SUPPLY primary BOARD/ copperside view

POWER SUPPLY secondary/ copperside view

POWER SUPPLY secondary/ componentside view

AUXILIARY BOARD

AUXILIARY BOARD/ copperside view

ASP BOARD

ASP BOARD/ componentside view (with copper pattern component side)

ASP BOARD/ componentside view (with copper pattern SMD side)

ASP BOARD/ SMD side view

Component side view

ELECTRICAL PARTSLIST

RECORD

Surround

OPEN/CLOSE

F536 E2

F537 E3 F538 E3 F539 E3

F540 E5 F541 E5 F542 E5

F543 E5 F544 E5 F545 E5

F546 E5 F547 E6 F548 E6

F549 E6 F550 E6 F551 E6

F552 E6 F553 B45432 A6

6401 A2

6402 C7 6420 B1 7401 B4

7420 B2 7421 C1 F530 C1

F531 C1 F532 C2 F533 E2

F534 E2 F535 E2

HP_DET