Philips CDI 220/60 User manual

Compact disc interactive player CDI
220/&0/61/&Sm
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Service
int;1911ractive
MiBit:liilll
SystiBlms- CDI
erviceManual
SURVEY OF PLAYERS
Version Description
/60 PAL player without RF-modulator
/61 Multivoltage PAL player with RF-modulator
/65 PAL player with RF-modulator for the UK-system
/77 NTSC player with RF-modulator for the USA-system
These sets are equiped with Compact Disc Mechanism
type CDM12.4; service code 4822
691 30354.
This COM is also used
in CDl210/40/41/45.
Service information
is included in this manual.
SURVEY OF MAINPANELS
Version
/20
/25
/37
/39
Mainpanel
4822 214 52065
4822 214 52068
4822 214 52056
4822 214 52066
Version
/40
/41
/45
/57
Mainpanel
4822 214 52163
4822 214 52164
4822 214 52165
4822 214 52145
The mainpanels must be repaired via the central repair
procedure,
if the defective item is on the circuitry of the
µP section.digital audio (LEMM+DSP) section, GLUE logic
section or digital video section.
If the defective item
is in the circuitry of the SERVO section,
analog audio section or analog video section, then the
panel can be repaired up to component level.
All above mentioned players are equiped with CDM9.
Version
/60
/61
/65
m
Mainpanel
These mainpanels must be
repaired down to component
level
in a local central
repairshop ,see chapter 3.6.
@ Varioitus!
imt4144HU=i
This manual or
parts of it may not
be reproduced
in any form
without permission
of Media IMS S&S
, ..... - ...
Laite sisaltaa laserdiodin, joka lahettaa nakymiitonta silmille vaarallista
lasersateilya.
®varning!
Osynlig laserstriilning nardenna del ar oppnad oc:h sparren ar urkopplad.
Betakta
ej striilen.
@Advarsel!
Usynlig laserstriiling ved abning nar sikkerhedsafbrydere er une af funktion.
Undga udsaettelse for striiling.
@)
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
A.
CLASS 1
LASER PRODUCT
3122 110 03420
Published by P .S. 1094 Service & Support Interactive MB<ia Systems Printed in The Netherlands © Copyright reserved Subject to modffication
4822 725 24754
PCS 79 521

1 DETAILLED
TABLE
OF
CONTENTS
Section
Contents
Section
Contents
DETAILLED
TABLE
OF CONTENTS 6 ELECTRICAL DRAWINGS
6.1
BLOCK
DIAGRAM WITH FUNCTIONAL SURVEY
2 PRODUCT INFORMATION 6.2 WIRING DIAGRAM
2.1
TECHNICAL SPECIFICATION
6.3
LIST
OF
ABBREVIATIONS
2.2 CONNECTIONS AND CONTROLS 6.4 HEADPHONE PANEL
2.3 ACCESSORIES 6.5 POWER SUPPLY UNIT
2.4 SETTING
UP
6.5.1 Power
supply
PCB
layout
2.5 DISC PLAY 6.5.2
Powersupply
circuit
diagram
6.6
MAIN
PANEL
3 SERVICE INFORMATION 6.6.1 Mainpanel PCB layout,
Tracks
side
3.1
SAFETY INSTRUCTIONS AND PHILIPS SAFETY 6.6.2 Mainpanel PCB layout,
Component
side
GUIDELINES
FOR
THE PROFESSIONAL SERVICE 6.6.3 rlP
part
circuit
diagram
TECHNICIAN 6.6.4 Servo & CD Decoder
circuit
diagram
3.2 SERVICING OF SMD's (Surface
Mounted
Devices) 6.6.5 CD interface and
Audioprocessor
circuit
diagram
3.2.1 General
cautions
on
handling
and
storage
6.6.6 Digital
Video
and
Video
Encoder
circuit
diagram
3.2.2.1 Caution on removal 6.6.7
Layout
of
the
Mainpanel
measuring
pads
3.2.3
Attachment
of SMD's 6.7 CONTROL & DISPLAY PANEL
3.2.3.1
Caution
on
attachment
6.7.1.
Control
&
Display
PCB
3.3
Handling
ESD
sensitive
components
6.7.2.
Control
&
Display
circuit
diagram
3.3.1 Personal safety
3.3.2 Storage
and
transport
7 DIAGNOSTICS, SHORT DESCRIPTIONS AND
3.3.3 Testing
or
handling
MEASUREMENTS
3.3.4
Mounting
ESD
sensitive
components
7.1
SHORT DESCRIPTION OF THE KEYCOMPONENTS
3.3.5
Soldering
7.1.1 CPU SCC68070
3.3.6 Electrostatic
charges
7.1.2 VDSC :
Yideo
Qecoder and
_§_ystem
_<::ontroller
3.3.7
Transients
(switch-on
phenomena) 7.1.3
Systemrom
27C400
3.3.8
Working
environment
7.1.4
IKAT
MC68HC0518
3.3.9 Replacement
of
the
Flat Pack
IC's
CIAP : CD-Interface and
Audio
Processor
7.1.5
3.4 CODENUMBERS FOR STANDARDIZED RESISTORS
-
- -
~
CENTRAL REPAIR PROCEDURE
OF
THE 7.1.6 NVRAM +
Clock
3.5
MAIN
BOARD 7.1.7
CALVIN
3.6 REPAIR PROCEDURE OF THE MAINBOARD
IN
7.1.8
PAL's
YOUR COUNTRY 7.1.9 DSIC2 Digital Servo
IC
3.6.1 Repair Procedure NORTH AMERICA 7.1.10 CD60 CD-decoder
3.6.2 Procedura
di
Riparazione ITALIA
3.6.3 Reparatur Prozedur OSTERREICH 7.2 TROUBELSHOOTING AND REPAIR
3.6.4 Reparatur Prozedur SCHWEIZ
7.2.1
Troubleshooting
and service
the
riP
section,
CIAP
Procedura
di
Riparazione SVIZZERA
section
or
digital
video
section
Procedure
de
reparation SUISSE 7.2.2
Servo
& CD Decoder and
Audio
section
3.6.5 Proceso de Reparaci6n ESPANA
troubleshooting
3.6.6
Reparaturabwicklung
DEUTSCHLAND 7.2.3
Video
section
troubleshooting
3.6.7 Procedure
de
reparation FRANCE 7.3
Measurements
3.6.8. Repair
procedure
for
remaining
countries
7.3.1
A general
check
of
the
mainpanel
7.3.2
Test
of
the
clock
signals
4
MECHANICAL DRAWINGS
7.3.3
Test
of
the
1
2S Interface
4.1
EXPLODED VIEW
OF
THE CABINET 7.3.4
Test
of
the
ftP 68070
4.2 EXPLODED VIEW OF THE LOADER 7.3.5 Test
of
the hardware
with
the
Low
Level Test
5 SERVICE SOFTWARE 8 PARTSLISTS
5.1
THE LOW LEVEL TEST
8.1
PARTSLIST OF THE CABINET
5.1.1 Test
sequence
8.2 PARTSLIST OF THE MAINBOARD
5.2 THE SERVICE SHELL 8.3 PARTSLIST OF THE POWERSUPPLY
5.2.1 Starting
and
sequence
of
the Service Shell
8.4
LIST OF ACCESSORIES AND SERVICE TOOLS
5.2.2.
Subject
dependent
information
PCS 79
522

2. PRODUCT INFORMATION
2.1 TECHNICAL SPECIFICATION
System • Systeme • Sistema • Systeem • System • Sistema •
Sistema
CD-Interactive
CD-lnteractif
Usable discs• Disques utiliables • Discos utilizables • Discos
Utiliable • Te gebruiken
discs• Verwendbare discs•
Dischi usabili CD-I CD-I
CD-Audio
Photo-CD
CD-DA
PHOTO-CD
CD-I READY
CD BRIDGE
CD+GRAPHICS
CD-/ READY
CD BRIDGE
CD+GRAPHICS
Power requirement• Alimentation • Alimentacion • Alimentacion
Voedingsspanning • NetzanschluB • Alimentazione
Europe: 220-230 V/50 Hz UK: 240 V/50 Hz
Power consumption • Consommation • Consume de corriente
Opgenomen vermogen • Leistungsaufname • Consumo di
corrente • Consomo de Corriente
Europe: 22 W with, 17 W without DVC (22ER9956)
Europe: 22 W avec, 17 W
sans DVC (22ER9956)
UK: 23 W with, 18 W without DVC (22ER9956)
UK: 23 W avec; 18 W sans DVC (22ER9956)
-----·----
Operating temperature• Temperature de fonctionnement
Temperature de operacion • Bedrijfstemperatuur
Betriebstemperatur • Temperatura di fonzionamento •
Temperatura de funcionamiento
41 °F(5°CJ to 95°F(35°C)
s0ca 35°c
Relative humidity• Humidite relative• Humedad relative
Relatieve vochtigheid • Relative Feuchtigkeit • Umidita relativa •
Humedad relative
5% to 95% (no condensation)
5% a95% (sans condensation)
Weight • Poids • Peso • Gewicht • Gewicht • Peso • Peso
With DVC: 3,750 kg
Avec DVC: 3,750 kg
Without DVC: 3,500 kg
Sans DVC: 3,500 kg
Dimensions (w x h x d) • Dimensions (I x h x p)
Dimensiones (a x a x p) • Afmetingen (b x h x d)
Abmessungen
(Bx H x T) • Dimensioni (I x h x p) • Dimensiones
(anch. x alt. x prof.)
420 mm x 90 mm x 286 mm
16.55" X 3.55" X 11.25"
Input • Entree • Entrada • lngang • Eingang • lngresso • Entradas
input (1 ports) 8-pin mini-DIN
(1 entrees) mini DIN8 broches
REAR FRONT
- ----- ----
pin signal 110
pin signal
Broche Signal EIS Broche Signal
1
nc
1 rxd1
2 rxd
I/ E 2 rxd2
3 txd
0/S 3
tx2
4 nc 4 rts1
Output• Sortie• Salida• Uitgang • Ausgang • Uscita • Safdas •
Salidas
Audio
video (PAL)
2 Vrms
2 channel individual
RCA pin cinch sockets
2 Veff
2 prises cinch (une
par canal)
1 Vpp (75 Ohm load, sync neg) RCA pin jack
1 Vc-c (charge 75 Ohm, sync. neg.) Prise cinch
AV/Euroconnector
Peritelevision AN
sync.
(Y/C-PAL)
1/0
EIS
I/E
I/E
0/S
O1S
pin
Broche signal
Signal
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
audio R / audio R (droite)
nc I non connecte
audio L / audio L (gauche)
audio ground/ masse audio
blue ground I masse bleu
nc / non connecte
blue/ bleu
function switching (O=Antenna:
1A=AIV Euroconnector with aspect
ratio 16:9; 1B=AV/Euroconnectorwrth
aspect ratio 4:3)
commutation fonction
(0=Antenna 1=Peritelevision
NV
avec ratio 16:9; 1B=Peritelevision
AN avec ratio 4:3)
green ground / masse vert
nc / non connecte
green/ vert
nc / non connecte
red ground/ masse rouge
nc / non connecte
red/ rouge
fast switching (RGB/CVBS)
commutation rapide (RVBICVBS)
CVBS ground/ masse CVBS (PAL)
fast switching (ground)
commutation rapide (masse)
CVBS/RGB sync / CVBSIRVB
nc / non connecte
shield / blindage
y-output 1 Vpp (75 Ohms)
c-output 300 mVpp (75 Ohms)
S-video 4-pin miniDIN
Sortie Y 1 Vc-c (75 Ohm)
Sortie C
300 mVc-c (75 Ohm)
mini DIN 4 broche S-video
pin signal
Broche Signal
1 ground y I Masse Y
5 ground I Masse 5 ground / Masse 2 ground c I Masse C
6 cts I IE
7 rts 0/S
6 nc 3 y I y
7 rts2 0/S
4 c IC
8
+5V (100 mA max) 8 +5V (100 mA max)
Nole: Prnnting device speed of 1200 baud is supported.
Remarque: Vitesse de transm,ssion jusqu· a 1200 baud. • Nata: Se admite un dispositivo de
puntero de 1200 baudios de vetoc1dad. • Opmerking: Voor de aanwiJsapparaten is een
snelhe,d van 1200 baud mogelijk. • Hinwe1s: Die Geschwmdigke,t der Zeigevomchtung von
1200 baud wird unterstiJrzt • Nora: To/fera la ve/ocita de/l'accessorio di comando di 1200
baud.• Nata· Vefoc1dad del d1spos1tivo de apunta admitida: 1200 baud1os.
Designs and specifications are subiect to chang~ without no.t1ce. • Le. conceptf~n ~t res
specifications de ce produit sont sujet amodihc~t,ons.sans a~1s prf.Jafabie. • Los d1senos Y
las .especificacianes estan sujetos a camb1os sm prev,o aviso. • Cory,cepten en
specificaties kunnen gew,jz,gd warden zonder voorafgaande ve~1tllgmgen. •. Anderun~en
von Ausfuhrung und technische Dalen vorbehalten. • t disegm e le spec1fte_he tecn1che
sono soggette a modifiche senza prec:1vv1so. • As e~peci~lcap5es descltas estao su1~1tas .a
altrea98.o sem aviso pr€vio. • El d;seno y las especrf,caCJones estas sujetos a camb1os srn
prev,o aviso.
2.2 CONNECTION AND CONTROLS
CDI 220
TT
POWER CONNECTION
• Connect the female end of the AC (alternating current) cord supplied
into the AC socket (13).
• Insert the male end of the cord into
an AC outlet.
• CAUTION: NEVER MAKE OR CHANGE CONNECTIONS WITH
THE POWER SWITCHED ON.
CAUTION
-ONLY A QUALIFIED SERVICE PERSON SHOULD REMOVE
THE COVER OR ATTEMPT TO SERVICE THIS DEVICE.
-USE OF CONTROLS OR ADJUSTMENTS OTHER THAN
THOSE SPECIFIED HEREIN MA V RESULT IN HAZARDOUS
RADIATION EXPOSURE OR OTHER UNSAFE OPERATION.
-THE PLAYER AUTOMATICALLY ADJUSTS
TO THE LOCAL
MAINS VOLTAGE.
-
WHEN THE PLAYER IS IN THE "OFF" POSITION, IT IS STILL
CONSUMING SOME POWER. IF YOU WISH TO DISCONNECT
YOUR PLAYER COMPLETELY FROM THE MAINS, THE MAINS-
PLUG
HAS TO BE DISCONNECTED.
PLACEMENT
Place the player on a firm, flat surface.
•
Keep away from heat sources and direct sunlight.
• In a cabinet, allow 1 inch (2-3 cm) of free space all around the
unit
for adequate ventilation.
PCS 79 523

2.3 BEFORE USING YOUR CD-I PLAYER
For normal interactive operation, use the remote control to
select functions displayed on the
TV screen.
• Point the remote control at your CD-I player.
• Move the cursor
in the direction you want by pressing in
that direction on the "Thumbpad".
The harder you press the faster the cursor arrow moves.
• Click on one of the action buttons.
The function selected by this 'point-and-click' technique is
highlighted to confirm the selection.
NOTE
To 'point-and-click' on any screen shown
in this manual, any
one of the action buttons can be used. The shape of the cur-
sor is different according to the program you are playing, but
it is always controlled
in the same way.
Place the pointing device
in front of the display screen, with
the back (the cable end) pointed towards the screen.
Now, as you roll the mouse, the trackerball or the roller
controller, the cursor moves
in the corresponding direction
on the screen.
When the cursor is positioned
on the required function click
on one of the action buttons.
The function selected by this 'point-and-click' technique
is
highlighted to confirm the selection.
NOTE
To 'point-and-click' on any screen shown
in this manual, any
one of the action buttons can be used. The shape of the cur-
sor is different according
to the program you are playing, but
it is always controlled
in the same way.
PCS 79 524
• Press the ON/OFF button (11) to switch the player on.
• Switch
on the TV (and Hi Fi system if used).
• Select the CD-I input on the
TV (and Hi Fi system if used).
On the TV, the player start-up screen will appear.
This screen has the following system function icons to guide
and assist you:
Open/Close: To open or close the disc tray.
Options: See: 'OPTIONS SCREEN'.
•
Press the ON/OFF button (11) to switch the player off.
• Switch off
the TV (and HiFi system, if used).
1. CD Audio
To preselect your preferred settings when playing audio
CDs:
Auto shuffle
After switching the player
on, the tracks on the CD will
automatically
be played in a random order.
Auto FTS
After switching the player
on, the FTS program of the CD
will
be played automatically
Repeat
Select to repeat a complete audio disc or a single track
when the repeat function
is activated.
Scan time
Select the time you want the beginning of each audio track
to play for
(5, 1Oor 20 seconds) when the scan function is
activated.
• When finished, point-and-click on 'Exit'.
2. General
To change the player general settings:
Auto play
After switching the player on, playback will start
automatically when a disc is loaded.
Volume
Selecting the player default volume setting.
2.4 SETTING UP
16 : 9 screen display
Selecting 16 : 9 screen display, when you have your player
connected to a TV with a 16 : 9 screen.
• When finished, point-and-click on 'Exit'.
3. Time and Date
To change the player time/date settings:
Time/Date set
If the time or date shown on the screen is wrong, select the
appropriate
_., and "' arrows to set hours, minutes, day,
month and year
in turn, as required.
Time format
Select
24 hour or 12 hour clock.
Date format
Select d/m/y to present the date in day-month-year
sequence. Select m/d/y to present the date
in month-day
year sequence.
Display time/date
Select whether time and date will displayed
on the TV
screen or not.
• When finished, point-and-click on 'Exit'.
4. Storage
To refer to the intermediate results of CD-I titles and of
programs created for your audio and Photo CDs.
The 'Storage' screen shows the information held
in
memory: titles, dates and percentage of memory used.
Clicking on 'Name', 'Date', or 'Size' sorts the information
accordingly.
• Use the scroll arrows to move up and down the list.
• To delete an item, click
on its title and then click on
'Delete'. If you change your mind after deleting, click on
'Undo'.
• When finished, point-and-click on 'Exit'.
Loading:
• Point and click on 'Open' (you may also press the OPEN
/CLOSE button (2)
on the player) to open the disc tray (1 ).
• Take the disc from its holder and place it on the tray with
the label up.
• Point and click on 'Close' (you may also press the
OPEN/CLOSE button (2) on the player, or gently push the
front of the tray)
to close the tray.
The TV screen changes according to the type of disc.
CAUTION
NEVER PUT MORE THAN ONE DISC AT A TIME INTO
THE CD-I PLAYER
Unloading:
• Point and click on 'Open' (you may also press the OPEN
/CLOSE button (2) to open the disc loading tray. The
player start-up screen reappears on the TV.
• Take the disc from the tray and replace it
in its holder.
• Point and click on 'Close' (you may also press the
OPEN/CLOSE button (2) on the player, or gently press
the front of the tray) to close the tray with
or without a new
disc.
NOTE
You may unload the disc at any time by pressing the
OPEN/CLOSE button (2).
Unloading a CD-I disc while the CD-I program is running,
will terminate the CD-I program abruptly. 'Bookmarks' or
intermediate results, if used by the CD-I program, might not
be updated to the latest situation.

2.5 DISC PLAY
NOTE
This procedure is equal for CD BRIDGE discs, CD-I READY
discs and PHOTO CDs, And for Digital Video discs and
Video CD's when a Digital Video Cartridge has been
installed,
CAUTION
- NEVER LEAVE A STILL PICTURE ON THE SCREEN
FOR ANY LENGTH OF TIME. THIS CAN CAUSE
BURNING-IN OF THE PICTURE TUBE. IN SUCH A
CASE SWITCH OFF THE PLAYER OR REMOVE THE
DISC.
Playing a CD-I disc depends on the value of Autoplay (see
settings). The factory setting is default "OFF".
When autoplay is "OFF":
After loading the disc, the CD-I start-up screen appears
on the TV.
To start the CD-I program, select the 'Play' icon on the
screen and click on it.
2. When autoplay is "ON":
After loading the disc, the CD-I program will start up
automatically.
The opening screen of the CD-I program now appears on
the TV. From this point, all interaction is between you and
the program. To stop at any time, select the STOP or
EXIT function provided by the CO-I program.
After loading the disc, the CD-I start-up screen appears on
the TV.
• To start the Photo CD program, select the 'PLAY CD-I'
icon on the screen: you may also press the PLAY button
(5) on the player or remote control (6).
The opening screen of the Photo CD program now ap-
pears on the TV.
At the bottom of this screen a menu bar with icons is
shown.
• Select the 13' icon.
The 'Options' screen will now appear.
• To select a language click on the box, the flag or the
name of a country.
The previous setting will be replaced automatically.
Select the ...,J icon (Return) of this screen to go back to
the Photo CD opening screen.
• Select the h icon (Information) and the INFORMATION
screen, explaining the control buttons of the menu bar in
the selected language, appears.
• From this point, all interaction is between you and the
program.
CAUTION
NEVER LEAVE A STILL PICTURE ON THE SCREEN FOR
ANY LENGTH OF TIME. THIS CAN CAUSE BURNING-IN
OF THE PICTURE TUBE. IN SUCH A CASE SWITCH OFF
THE PLAYER OR REMOVE THE DISC.
NOTE: This procedure can also be used for audio sections
on 5 inch (12 cm) laser discs.
After loading the disc, the CD-Audio screen appears on the
TV.
1. Play track bar:
Shows the total number of tracks (up to 30). You can
'point-and-click' to select any track. For discs witl1 more
than 30 tracks, the right » and left « scroll arrows are
used to move through the track list.
2. PROGRAM: Allows you to program a list of special tracks
called a Favorite Track Selection. When you select
PROGRAM, the FTS track bar and the FTS icon will
appear.
3. FTS: Allows you to play Favorite Track Selections. This
icon only appears if a Favorite Track Selection has been
created for the disc that is loaded in the player.
4. SCAN: Allows you to listen to the beginning of every track
listed in the play track bar. You can set the scan time to 5.
10 or 20 seconds in the 'Options' screen.
5. SHUFFLE: Allows you to play the tracks in the play track
bar in a random order.
6. REPEAT: Allows you to repeat either a track or the entire
disc. You can change the repeat mode in the 'Options'
screen.
?.TRACK/TIME window:
- After loading, and in STOP mode, this shows the total
number of tracks and the total playing time. When you
click at this window (7), the track time of the selected track
is displayed.
- In PLAY and PAUSE modes. the window shows the track
number and either the elapsed or the remaining track
playing time. To change between elapsed and remaining
time, 'poinhrnd-click' at the time shown in the window.
8. All the disc play control functions are shown on the
screen, and can be selected as desired by 'point-and-clik'
with yuor remote control.
DISC PLAY
The operation of the functions is briefly explained in the
following table.
NOTE
If auto SHUFFLE or auto FTS has been selected on the 'CD
Audio' screen, this function will be activated automatically.
• After creating a Favorite Track Selection for a disc, you
can compose a title of up to 30 characters (depending on
the character width) for the selection using the keyboard
screen.
The title then appears on the CD-Audio screen whenever
the disc is loaded.
• At the CD-Audio screen, 'point-and-click' on the program
button, then 'point-and-click' on the "Save FTS" button.
The CD-Audio screen will change to the keyboard screen
• Select each character of the title in turn, using shift to
change between upper and lower case characters and
space to separate words.
Delete erases the last selected character.
Clear erases the complete (or partially complete) title.
Cancel returns to the CD-Audio screen without saving the
title.
OK saves the title and returns to the CD-Audio screen.
When an audio CO with graphics is played, the CD
Graphics screen will appear automatically.
• To let the picture channel bar appear/disappear click on
the action button anywhere outside the channel bar.
• You can select another track number by clicking on 'Track'
or either arrow next to it.
Depending on the disc, other channel numbers might give
you other information, such as the lyrics in a different
language.
• Refer to the instructions that come with the disc for their
functions.
• To play audio only, click 011 the 'audio' icon.
CAUTION
NEVER LEAVE A STILL PICTURE ON THE SCREEN FOR
ANY LENGTH OF TIME. THIS CAN CAUSE BURNING-IN
OF THE PICTURE TUBE. IN SUCH A CASE SWITCH OFF
THE PLAYER OR REMOVE THE DISC.
OPERATION SELECT
Start play • play
play starts at the beginning of track 1, or
any other preselected track number. If a
track is already playing, it is re-started.
Select a track track number
ii the disc contains more than 30 tracks,
use the left « and right » scroll arrows
to move through the track numbers as
required.
Pause II pause
use to interrupt play.
Exit pause pause or play
play restarts at exactly the same point as
pause was selected.
Forward search forward
searches forward through disc.
Reverse search reverse
searches backwards through disc.
Stop play stop
stops playing. If play is restarted, it begins
at the first track.
Scan the disc scan
plays the beginning of each track on the
disc.
Exit scan scan
normal play starts from tl1is point.
Shuffle play shuffle
shuffle sequence appears in track bar.
Exit shuffle shuffle
normal play starts from this point.
Repeat repeat
repeats the entire disc (or FTS program),
or the track being played, as selected on
the "Options" screen.
Play FTS FTS
only available when an FTS program has
already been created for the disc 1n the
player.
Exit FTS FTS
normal play starts from this point.
Program FTS program
• point to tracks as required on the play
track bar, and in each case click on any
action button to record the track in the
FTS track bar.
• To cancel an unwanted track, point to it
in the FTS !rack bar and click on any ac-
tion button.
• To cancel the entire FTS program. point
to the first track in the FTS track bar and
click on any action button repeatedly until
all the tracks disappear.
Store FTS Save FTS
the keyboard screen replaces the CD-
Audio screen. See 'CREATING FTS TI-
TLES'.
2.6 ACCESSORIES • ACCESSOIAES
These accessories are provided to help you use or set-up
your CD-I Player.
AC Cord Three Batteries
I
.
'
.
Antenna Cable "Thurnbpad"
(RF coaxial cable) Remote Control
Handset
Y/C (S-Video) •
Cable
• available on some player versions only
Euroconnector
Digital out Cable
The prcduc:::; and 3.cr,• cc'3 described i1ere1n arc not necessarily a·,ail.:_tle :n all countn.es
Maximize your pleasure with state-of-the-art accessories
designed specifically for your CD-I Player.
The optional accessories shown here may be purchased
from your supplier.
CD-I Mouse
22ER9011
Touchpad
22ER9017
Audio Stereo
Splitter
22ER9209
_/(~~~:)
'\~;;:·P
Roller Controller
22ER9012
Audio L-R Cable
Splitter
22ER9208
CD-I Trackball
22ER9013
Video (CVBS)
Cable
Digital Video
Cartridge
22ER9956
Due to con::nuotJs. product improvements this document is si..bj-ect to change without notice.
PCS 79 525

3.1 SAFETY INSTRUCTIONS
- Safety regulations demand that the set be restored to
its original condition and that components identical
with the original types be used.
Safety components are marked by the symbol A.
- ESD >
~
All IC's and many other semi-conductors 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
wrist wrap with resistance.
Keep components and tools also at this potential.
For detailed information see "Handling ESD-sensitive
components".
- A set to be repaired should always be connected to
the mains via a suitable isolating transformer.
- never replace any modules or any other parts while
the set is switched on.
- Use plastic instead of metal alignment tools. This in
order to prelude short-circuit or to prevent a specific
circuit form being rendered unstable.
3.2 SERVICING OF SMDs (Surface Mounted Devices)
3.2.1 General cautions on handling and storage
a. Oxidation on the SMDs terminals results in poor
soldering. Do not handle SMDs with bare hand.
b. Avoid for storage places that are sensitive to
oxidation such as places with sulfur or chlorine gas,
direct sunlight, high temperatures or a high degree of
humidity.
As a result the capacitance or resistance value of the
SMDs may be affected.
c. Rough handling of circuit boards containing SMDs
may cause damage to the components as well as the
circuit boards. Circuit boards containing SMDs should
never be bent or flexed. Different circuit board
materials expand and contract at different rates when
heated or cooled and the components and/or solder
connections may be damaged due to the stress.
Never rub or scrape chip components as this may
cause the value of the component to change. Similary,
do not slide the circuit board across any surface.
3.2.2 Removal of SMDs
a. Heat the solder (for 2-3 seconds) at each terminal of
the chip. Small components can, by means of litz wire
and a limited horizontal force, be removed with the
soldering iron. They can also be removed with a
solder sucker (see Fig. 1 a) or
b. While holding the SMD with a pair of tweezers take it
off gently using th soldering iron's heat applied to
each terminal (see Fig. 1 b).
c. Remove the excess solder on the solder lands by
means of litz wire or a solder sucker (see Fig. 1 c).
3.2.2.1 Caution on removal:
a. When handling the soldering iron. use suitable
pressure and be careful.
b. When removing the chip, do not use undue force with
the pair of tweezers.
c. The soldering iron to be used (approx. 30 W), must
preferably be provided with a thermal control
(soldering temperature about 225 to 250°C).
d The chip, once removed, must never be used again.
PCS 71 674
DISMOUNTING
OR
\1 .'] r, PArR or TWEtZf.HS
,'}_; B
t--'!EAT ING t~(/(/ r'(EA fiNG
~~,~
SCILDf.R
Fig. 1
3.2.3 Attachment of SMDs
l.'l 75'1 Ai:'
C
a. Locate the SMD on the solder lands by means of
tweezers and solder the component at one side.
Ensure that the component is positioned well on the
solder lands (see Fig. 2a).
b. Next complete te soldering of the terminals of the
component (see Fig. 2b).
MOUNTING
Fig. 2
~~/~1 . Qy(!). ...
~~s;;·····'
<,3 'fS!I A11
Fig. 3
3.2.3.1 Caution on attachment:
a. When soldering the SMD terminals, do not touch them
directly with the soldering iron. The soldering must be
as quick as possible; care must be taken to avoid
damage to the terminals and the body itself.
b. Keep the SMD's body in contact with the printed
board when soldering.
c. The soldering iron to be used (approx. 30 W) must
preferably be provided with a thermal control
(soldering temperature about 225 to 250°G).
d. Soldering should not be done outside the solder land.
e. Soldering flux (of rosin) may be used but should not
be acidic.
f. After soldering, let the SMD cool down gradually at
room temperature.
g. The quantity of solder must be proportional with the
size of the solder land. If the quantity is too great, th€
SMD might crack or the solder lands might be torn
loose from the printed board (see Fig. 3).
3.3 HANDLING ESD-SENSITIVE COMPONENTS
3.3.1 Personal safety
The testing. handling and replacing of ESD-sensitve
components requires special attention for personal
safety. A person dealing with ESD-sensitive
components should, normally speaking, be connected
via a resistance to the same potential as the chassis
of the set to protect him against direct contact with
the supply voltage.
This resistance is often applied in the connection lead
of wrist wraps. If necessary, make use of an isolating
transformer.
3.3.2 Storage and transport
Transport and store the circuits and PCBs in their
original packages.
As an alternative to the original package one may use
a conductive material or special IC package which
short-circuits all the pins of the component with one
another.
Always discharge the package before opening it.
3.3.3 Testing or handling
Work on a conductive surface when testing loose
circuits and components or when transferring
components and circuits from one package to
another.
Use a conductive wrist wrap with lead to make an
electrical connection between the conductive surface
and yourself via a resistance in the connection lead of
the wrist wrap.
Connect equipment and tools also with this conductive
surface.
Do not connect any signals to inputs as long as the
power supply of the set to be tested is off.
All the inputs that are not used should be connected
either to ground or to the supply voltage. When
testing, do not use any freon sprays for under-cooling
of sensitive components.
3.3.4 Mounting ESD-sensitive components
Mount ESD-sensitive components only after all other
components have been mounted.
Make sure that the components themselves. the metal
parts of the PCB, mounting equipment and mounting
operator are at the same potential level as the chassis
of the set.
If it is impossible to ground the PCB. the mounting
operator should pick the PCB up before bringing it
into contact with the components to be replaced.
Conductive sheet
Soldering iron
Bil
3.3.5 Soldering
Soldering iron tips, also those of low-voltage soldering
stations. should be kept at the same potential as the
components and the PCB.
It is better to use solder-removing braid than solder
suckers.
3.3.6 Electrostatic charges
One should stick to the precautionary measures also
after the ESD-sensitive components have been
mounted on the PCB. Until the sub-PCBs have been
incorporated into a complete system on which the
correct supply voltages are connected, the PCB is
nothing more than an extension of the conductors of
the components on this PCB. To prevent electrostatic
discharges from passing to the components via the
terminals, we recommend that you apply conductive
clips or conductive tape on the terminals of the PCB.
3.3.7 Transients (switch-on phenomena)
To prevent permanent damages as a result of
switch-on phenomena. no ESD-sensitive components.
or PCBs populated with these components. should be
inserted in or removed from test-sockets or systems
with the supply voltage on.
Prevent switching peeks on the mains as a
consequence of switching electric equipment, relay
and DC lines on and off.
3.3.8 Working environment
The work bench for the service technician should look
like the one shown in the figure.
3.3.9 Replacement of the Flat Pack IC's
For replacing a component see Fig. 6 Dismounting
and Mounting. Also a number of precautions and
examples is given.
When replacing a flat pack, rosin flux applied to the
device leads will ensure a good soldered joint.
Since rosin flux. when not properly heated by the
soldering process. is sticky. it will attract dust which
will result in component degeneration over a period of
time.
The removal of excess flux with a cleaner will not
solve this problem because the flux is then even
spread over a greater area by the cleaner. Drying of
the flux can be accomplished by blowing the area with
a common hair dryer for 1 or 2 minutes at a distance
of approx. 10 centimeters.
I·
--t+-C::t;II• Min. 200 kQ • max. 470 kQ
Safety isolating transformer
Wrist wrap
Special attention should be paid in regions having a
dry atmosphere and when the floor is covered with a
nylon carpet or such.
SAFETY GUIDELINES FOR THE PROFESSIONAL SERVICE TECHNICIAN
Important
Fire and Shock Hazard {Continued)
Proper service and repair Is Important to the safe, reliable operation 9.
of all Philips equipment. The service procedures recommended by
Phillps and described in this service manual are effective methods of
performing service operations. Some of these service operations
require the use of tools spec I ally designed for the purpose. The
special tools should be used when and as recommended.
After reassembly of the unit, always perform an ac leakage
test or resistance test from the line cord to all exposed metal
parts of the cabinet. Also. check all metal control shafts (with
knobs removed). antenna terminals, handles. screws, etc. to
be sure the unit is safe to operate without danger of electrical
shock.
It Is Important to note that this manual contains various CAUTIONS
* Broken line:
-•- •-•- •-•
and NOTICES which should be carefully read in order to minimize the
risk of personal Injury to service personnel. The possibility exists
that Improper service methods may damage the equipment. It also
Leakage Current Cold Check
1.
Is important to understand that these CAUTIONS and NOTICES
ARE NOT EXHAUSTIVE. Philips could not possibly know. evaluate
2.
and advise the service trade of all conceivable ways In which service
3.
might be done or of the possible hazardous consequences of each
way. Consequently, Phillps has not undertaken any such broad
evaluation. Accordingly. a servicer who uses a service procedure or
tool which Is not recommended by Philips must first satisfy himself
thoroughly that neither his safety nor the safe operation of the
equipment will be jeopardized by the service method selected.
Safety Checks
After the original service problem has been corrected, a complete
safety check should be made. Be sure to check over the entire set,
not just the areas where you have worked. Some previous servicer
may have left an unsafe condition, which could be unknowingly
passed on to your customer. Be sure to check all of the following:
Fire and Shock Haz:ard
1.
Be sure all components are positioned in such a way as to avoid
Unplug the ac line cord and connect a Jumper between the two
prongs of the plug.
Turn on the power switch.
Measure the resistance value between the Jumpered ac plug
and all exposed cabinet parts of the receiver, such as screw
heads. antennas, and control shafts. When the exposed
metallic part has a return path to the chassis. the reading
should be between 1 megohm and 5. 2 megohms. When the
exposed metal does not have a return path to the chassis, the
reading must be infinity. Remove the jumper from the ac line
cord.
TO
INSTRUMENTS
0.15µF
EXPOSED _..._._J,
METAL PARTS
WATER
PIPE
(EARTH
GROUND)
the possibility of adjacent component shorts. This is especially
Important on those units which are transported to and from the
service shop.
Leakage Current Hot Cheek
2.
3.
4.
5.
6.
7.
8.
Never release a repaired unit unless all protective devices such 1_
as Insulators. barriers. covers, strain reliefs. and other
hardware have been installed according to the original design. 2_
Soldering and wiring must be Inspected to locate possible cold
solder joints, solder splashes, sharp solder points, frayed
leads. pinched leads. or damaged Insulation (including the ac
3_
cord}. Be certain to remove loose solder balls and all other
loose foreign particles. 4.
Check across-the-line components and other components for
physical evidence of damage or deterioration and replace if
necessary. Follow original layout, lead length, and dress.
No lead or component should touch a resistor rated at 1 watt or
more. Lead tension around protruding metal surfaces or edges
must be avoided. 5.
Do not use an Isolation transformer for this test. Plug the
completely reassembled unit directly Into the ac outlet.
Connect a1. 5k. 1 OW resistor paralleled by a 0. 15uF. capacitor
between each exposed metallic cabinet part and a good earth
ground such as a water pipe. as shown above.
Use an ac voltmeter with at least 5000 ohms/volt sensitivity to
measure the potential across the resistor.
The potential at any point should not exceed 0. 75 volts. A
leakage current tester may be used to make this test; leakage
current must not exceed 0.5 milllamps. If a measurement Is
outside of the specified limits, there Is a possibility of shock
hazard. The receiver should be repaired and rechecked before
returning It to the customer.
Repeat the above procedure with the ac plug reversed. (Note:
An ac adapter is necessary when a polarized plug is used. Do
not defeat the polarizing feature of the plug.)
Critical components having special safety characteristics are
Identified with aA by the Ref. No. In the parts list and enclosed
within a broken line• (where several critical components are
grouped In one area) along with the safety symbol
A on the schematic diagrams and/or exploded views.
Parts Replacement
Replacement parts without the same safety characteristics
may create shock, fire, or other hazards.
When servicing any unit, always use a separate Isolation
transformer for the chassis. Failure to use a separate isolation
transformer may expose you to posslble shock hazard, and
may cause damage to servicing instruments.
Many electronic products use a polarized ac line cord (one wide
pin ·on the plug). Defeating this safety feature may create a
potential hazard to the servicer and the user. Extension cords
which do not Incorporate the polarizing feature should never be
used.
LASER NOTE:
1.
2.
Many electrical and mechanical parts In Phillps equipment have
special safety related characteristics. These characteristics
are often not evident from visual inspection nor can the
protection afforded by them necessarily be obtained by using
replacement components rated for higher voltage, wattage,
etc. The use of a substitute part which does not have the same
safety characteristics as the Philips recommended
replacement part shown In this service manual may create
shock. fire, or other hazards. Under no circumstances should
the original design be modified or altered without written
permission from Philips. Phillps assumes no llabllity, express or
Implied, arising out of any unauthorized modification of design.
Servicer assumes all liability.
All ICs and many other semiconductor parts are susceptible to
electrostatic dis.charges (ESD). Careless handling during
repair can redud'\11 the life of the part drastically.
DANGER - Invisible laser radiation when open. AVOID DIRECT EXPOSURE TO BEAM.
CAUTION - Use of controls or adjustments or performance of procedures other than those specified herein may result In hazardous
radiation exposure.
CAUTION - The use of optical instruments with this product will Increase eye hazard.

ANTISTATIC MAT
\
!
~,
MAGNifY!MGi GLASS
CUT'HNG
THE LEADS
DISMOUNTING
CLEANlNG
THE TRACKS
TOOLS TO BE USED
HA!RDRYER
SOLDER
til!,$•0,8
MM
FIXING IC
A.T THE CORNERS
ALIGNIN(:ii THE LEADS
RIGHT
WRONG
WRONG
RIGHT
OESOLDER BRAID
SOLIJERiNG IRON
WEU .. ER TCP 50
t.---
SOLDERITlP
WELLER PT•CC7
4822 3Hl 5001'11
'''''''' ' ,,,.,,,,,,,,,;~- iiii-
KNIFE
MOUNTING
f,PPLY!NG FLUX
'! CM IN 5 SEC,
DRYING
SOLDERING
WRONG
WRONG
PCS 71 253

3.4 CODENUMBERS FOR STANDARDIZED RESISTORS
Unless otherwise specified, all defective resistors in the
circuits
of the set can be replaced by standardizes types,
mentioned
in this chapter.
VR25, VR37 high-ohmic/high -voltage resistors
Range VR25 : 100 KQ to 22
MQ
Range VR37 : 100 KQ to 33 MQ
J,$ {),6
Composition of the service number for the VR25 and VR37
Main subgroup: 4822 053 20
... and 4822 053 21 ...
The codenumber above is completed by inserting the
first two figures (resistance code) followed by the
multiptier.
4 for R = 100K to 910 KQ
5 for A = 1M to
9.1 MQ
6 for R = or > 10M
Example's:
The serv.nbr. for a VR25 resistor
of 100 Kn
is 4822 053 20104
The serv.nbr. for a VR37 resistor
of 33 MQ
is 4822 053 21336
PR01, PR02 and PR03 power metal film resistors
•11· 4iDm.IDl
3.9 0.8
===:'.'., .1--- r~)tc\,=•· ==::::i·· :ild
. u j mn
16.7 i7 ,9
o.a
Rated dissipation at T(amb) =70 degrees :
PR01 =1 Watt PR02 =2 Watt PR03 =3Watt
Composition
of the service number for the PR01, PR02
and PR03
Main subgroup: 4822 053 10
... ; 4822 053 11 ... and 4822
053 12
...
PCS 71 254
The codenumber above is completed by inserting the
first two figures (resistance code)followed by the
multiplier.
8
for R= 1 to 9, 1 Q
9
for R= 10 to 91 Q
1forR= 100 to910Q
2forA= 1 to9,1KQ
3forA= 10 to91 KQ
4forR= 100 to910KQ
5 for A= or > 1 MQ
Example:
The serv.nbr.
of a PR01 resistor of 47 Q
is: 4822 053 10479
The serv.nbr.
of a PR03 resistor of 1 MQ
is: 4822 053 12105
NFR25 fusible resistors A
,,..- _Dm_•_< -+--l_m_ax_ .~.L~ .. ~.? ....
6.5 OJ, .;; 1
Composition of the service number for the NFR25
Main subgroup: 4822 052 10...
The codenumber above is completed by inserting the
first two figures (resistance code)fol1owed by the
multiplier.
8 for
A==
9 for A==
1 for A=
2
for A=
3 for
R=
Example:
1 to 9,1 Q
1o to 91 n
100 to 910 n
1 to 9,1 KQ
10 to 91 KQ
The service number of a resistor of 47 Q
is: 4822 052 10479
NFR25H fusible resistors A
..
j Dma11 l.1,Mw: d ai1 .,. <=2' f
v; s• o.a s:1
Composition of the service number for the NFR25H
Main subgroup: 4822 052
11 ...
The codenumber above is completed by inserting the
first two figures (resistance code)followed by the
multiplier.
8 for
A=
9 for A=
1 for R=
2 for A=
3 for A==
Example:
1 to9,1 n
10 to 91 n
100 to 910 n
1 to 9, 1 Kn
10 to 91 KQ
The service number of a resistor of 47 Q
is: 4822 052 11479

RC-01, RC-11 AND RC-21 chip resistors
,lf't:ir.ei:~~,:10-,t {Ql(!l!tglillt.nl
i _,r--re:i-rt:o,laver
Q;~ §ilii'•··~:zi:~======~~~
±°::_<'.}::1,, .. _....----------',---,,,,eN
'J. I
--oJW.±.0.25'
1
J..rr0.45:':.0.25
i,16
.. ¢.1$
C
/ ................ prot.a.!~l\rtt t'.am
/
--- 2.0:!:0,15-
.. _,
Ail dimensions in.- mm
• o.:;o;to.20
o.a~~:~:
L;....'-.L......------..1...LJ
--- 1.6.:!.0.m •·······--!
Absolute max. dissipation :
11•, ~ (l,2!;;:iJ,15f<>r<1111•1
orO-AO i: :0.20 for stylff! 21
RC-01 : 0,25 W, RC-11 : 0,10 W, RC-21 :0,062 W.
Range: RC-01 0 Q TO 10 MQ
RC-11 0 Q TO 10 MQ
RC-21 0 Q TO 6,8 MQ
Composition
of the service number for the RC-01,RC-11
and
RC-21
Main subgroup: 4822 051 10 ... , 4822 051 20... and
4822
051 30 ...
The codenumber above is completed by inserting the
first
two figures (resistance code) followed by the
multiplier.
8 for R=
9 for R=
1 for R=
2 for R=
3 for R=
4 for R=
5 for R=
6 for R=
or >
Example's:
o to 9.1 n
1o to 91 n
100 to910n
1 to 9.1 Kn
10 to91 Kn
100 to910Kn
1 to9.1 Mn
10 Mn
The serv.nbr. for a RC-01 resistor of
on is 4822 051 10008
The serv.nbr for a RC-11 resistor
of
on is 4822 051 20008
The serv.nbr. for a RC-21 resistor
of
on is 4822 051 30008
The serv.nbr for a RC-01 resistor
of
10 n IS 4822 051 10109
The serv.nbr. for a RC-11 resistor
of
10 n is 4822 051 20109
The serv.nbr. for a RC-21 resistor
ot
1on is 4822 051 30109
MRS16T metal film resistors with low-inductance
I)
, .., +0,2
',f , .. ,0,1
3,1 0,£-0,04
Composition of the service number for the MRS16T
Main subgroup: 4822 050 1....
The codenumber above is completed by inserting the
first three figures (resistance code)followed by
the
multiplier.
8
for R= 4,99
9
for R= 10
1
for R= 100
2
for R= 1
3 for R= 10
4
for R= 100
5
for R= or > 1 Mn
Example:
to 9,76 n
to 97,6 n
to 976 n
to 9,76 Kn
to 97,6 Kn
to 976 Kn
The service number of a resistor of 487 n is:
4822 050 14871
MRS25 metal film resistors (0,5%)
,..----L1~,
' ~ -rl=· ::::::='. =:--':m,
L2 .: lilO
D Li
2,5
6,5 7.0 0,6 > 0,03
Composition of the service number for the MRS25
Main subgroup: 4822 050 2....
PCS 71 255

The
codenumber
above
is
completed
by inserting the
first three
figures
(resistance
code)followed
by the
multiplier.
8 for R= 1 to 9,76 o
9forR=
10
to97,60
1
for
R= 100 to 976 0
2
for
R= 1 to 9,76
KO
3
for
R= 10 to 97,6
KO
4
for
R= 100 to 976
KO
5
for
R=
1
to 9,76
MO
6
for R=
or
> 10
MO
Example:
The service
number
of
a
resistor
of
976
n
is:
4822
050 29761
PCS
71
256

3.5 CENTRAL REPAIR PROCEDURE OF THE MAINBOARD
If the defective item is
in the circuitry of the ~tP section,
CIAP section or digital video section, then the complete
main board must
be replaced and sent back to a local
central repairshop.
Relevant sections are displayed when using the
diagnostic programme (chapter
5) and are marked by
silkscreening
in the layout of the board.
Dealers must contact the national Service Centers for
this procedure. See further on
in this chapter 3.6 for
instructions and addresses.
If the defective item is in the circuitry of the SERVO section,
analog audio or analog video section then the main panel
can be repaired by the authorized dealer down to
component level.
For partslist see chapter 8 .
Remark:
The defect on the board can be isolated and found by
means
of built-in diagnostics :
(See chapter 5 SERVICE SOFTWARE)
1. Low Level test
(in short Lltest)
2. Service Shell
3.6 REPAIR PROCEDURE OF THE MAINBOARD IN YOUR COUNTRY
3.6.1 Repair procedure for NORTH AMERICA
Customers
-Return defective Main boards to the following address :
PHILIPS SERVICE COMPANY
907 SNAPP FERRY ROAD
GREENEVILLE, TN 37743
-Re-use original packaging to return the part to Philips.
-Use standard NARDA form to receive Warranty credit,
Dud credit or Defective shelf stock credit. Form must be
filled out completely.
Describe the defect condition in detail.
-ALL RETURN ITEMS ARE SUBJECT TO INSPECTION
FOR MISUSE OR ABUSE. PHILIPS RESERVES THE
RIGHT TO REFUSE CREDIT
ON SUCH ITEMS
-Damaged or cracked boards will be refused for credit.
3.6.2 Procedura di Riparazione ITALIA
Nel caso in cui ii prodotto non funzioni correttamente o sia
difettoso
si prega di contattare ii Centro Assistenza Tecnica
Autorizzato
di zona (consultare l'elenco telefonico provincia
alla voce Philips Service).
Si raccomanda di leggere attentamente
le istruzioni d'uso
prima
di interpellare ii Centro Assistenza Autorizzato. Per
ulteriori informazioni
si consiglia di interpellare :
SERVIZIO CONSUMATORI PHILIPS
PIAZZA
IV NOVEMBRE 3
20124 MILANO
FAX: [phone]
TEL.: [phone] (Linea verde)
3.6.3 Reparatur Prozedur OSTERREICH
Bitte richten Sie alle weiteren Fragen an den PHILIPS
SERVICE ZENTRALE:
Osterreichische Philips lndustrie GmbH
Service Zentrale
Gutheil -Schodergasse 12
A-1100WIEN
TEL.: [phone]
FAX: [phone]
3.6.4 Reparatur Prozedur SCHWEIZ
Procedura
di Riparazione SVIZZERA
Procedure
de reparation SUISSE
Bitte richten Sie alle weiteren Fragen an 1hr "Philips info
Center":
Per qualunque domanda
in questions rivogetevi p.f. al
vostro "Centro Philips d'lnformazione":
Pour toustes autres questions, veuillez vous adresser a
"Philips Info Center":
PHILIPS INFO CENTER
c/o SERLOG
SERVICE+ LOGISTIK AG
FEGISTRASSE 5
CH-8957 SPREITENBACH
TEL.NA. 056/70 72 70
FAX.NA. 056/70 75 75
3.6.5 Proceso
de Reparaci6n ESPANA
Para el proceso centralizado de reparaci6nes de CD-i
puede ud. Tamar contacto con
el Sr. J.J. Morillas o Sr.
Lluch. Direcci6n :
EUROSERVICE (SERVICE SPAIN)
BRUCH 147
-149
08037 BARCELONA
TEL.NA. 34 3 2070100
FAX.NA. 34 3 4574894
3.6.6 Reparaturabwicklung DEUTSCHLAND
Das fehlerhafte Mainboard muss in ESD-sicherer
Verpackung mit detaillierter Fehlerbeschreibung
an die
hierunter genannte Adresse gesandt werden.
Die Rucksendung des defekten Mainboards erfolgt
an
folgende Adresse:
PHILIPS CE GmbH
CONSUMER ELECTRONICS
SERVICE ORDERDESK
z.Hd. Frau Billert
ALEXANDERSTR. 1
20099 HAMBURG
3.6.7 Procedure de reparation FRANCE
-Commander le circuit principal
-re-utiliser l'emballage initial pour retourner la piece a
SERVICE SA
Retourner les principales pieces defectueuses a
l'adresse suivante:
SERVICE SA
Service Retours I Pieces Detachees
Rue des Vieilles Vignes - BP 02
77311 -CROISSY BEAUBOURG
Joindre le ticket de prelevement de la piece livree
-
Si la reparation est sous garanti, joignez une demande de
remboursement
Remarque:
Si le circuit defectueux n'est pas retourne
dans les 8 jours qui suivent la livraison de
la
piece de remplacement, une facture
complementaire sera etablie.
3.6.8 Other countries
For the not above mentioned countries please contact your
local PHILIPS organization via the usual channels to obtain
instructions "how and where" to send the mainboards.
PCS 79 526

4 MECHANICAL DRAWINGS
4.1
Exploded view of the cabinet
FRONT
£
4
SCREWS
HEADPHONE
DISPLAY
PANEL
ffi
2
SCREWS
In
POWER
KNOB
PO
WE
RS
WI
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CH
~
2
SCREWS
FRAME
~---<14
PCS
79
527
PANEL
6
SCREWS
COVER
ffi
7
SCREWS
LOADERl210/05
CDMl2.4
£ 3
SCREWs
MONO
PANEL
&
/60:
8
SCREV\S
/65/61
177171
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SCREWS
LOADER
SUPPORT
GLIDINGSUPPOR
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SCREWS
POWER SUPPLY
&
3
SCREWS
TEXTPLATE
&
3
SCREWS
~
HEADPHONE
~ANEL
1002
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COVERPLATE
£
4
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1002
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4.2 Exploded view of the loader
DETAIL
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A
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8
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B
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0
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PCS 79 528

5 SERVICE SOFTWARE
In the set there are 2 different testsoftware available:
1. Low Level test
2. SeNice Shell
5.1 THE LOW LEVEL TEST
Scope
This test is standard implemented in
the boot software of
CD-RTOS. It doesn't need a lot of hardware to run. The Low
Level test is
Menu driven.
To run the
low level test a terminal (VT100 or equivalent)
must be connected to the inputport via Port 2.
To start the test the space-bar on the terminal must be
pushed
at the same time that the power is switched-on at
the COi-piayer.
To continue with the test, the instructions on
the screen
of the terminal must be followed.
5.1.1 Testsequence
Table below shows all the steps of the testprogram and
what kind
of tests are performed.
STEP
0
2
3
4
5
6
7
8
ACTION/TEST PERFORMED
Exit Low Level test
Writing to a default RAM address
ROM parity check
NVRAM test (32K)
DRAM test
CIAP test
IKAT-CD60-DSIC2 test
Chip Select test
VDSC test
Display LLtest
header and release number
ITEM O: Exit Low Level test
Selecting this item will end the lltest and continue with the
boot. After the boot the player shell is started up.
ITEM 1 : Writing to a default RAM address
This test writes the powers of 2 to a ( word ) address.
The result is read again and will be displayed.
The address
can be selected by the user ( only word adresses }.
Pressing
'ESC' stops the test.
If one trys to write to unused space in the memory map, the
program will
NOT generate an error message and the
system will
hang up.
ITEM 2: ROM parity check (System ROM)
For the ROM the following information is displayed and
checked:
-Display the identification code for this ROM (ROM ID)
-Display the release number
of this ROM
-Display the checksum of this ROM.
If the checksum is not ok then a specific error will be
displayed.
PCS 79 529
ITEM 3 : NVRAM test
-For the NVRAM test three different tests can be selected:
-The first is a non destructive nvram test
-The second test is a destructive nvram test with ROM
data as test data.
-The third test is also a destructive test with the address
as data.
-The third test has also some hidden functions. Pressing :
w : writes continueously the address as data to the
nvram.
r : reads continueously the complete nvram
( no
display).
d: displays the contents of 421 succeeding ram
locations.
The start address is given by the user.
ESC stops these functions.
ITEM 4: ORAM
The dram test is always a destructive test. The test is
performed for both ram CHIP1 and
CHIP2 as one large
memory followed by a test
for each bank separately.
The following actions take place in the
dram test:
1. fill the memory with the long word address as data.
2. read the memory contents and compare with the
address.
3. if the long word read is ok then continue else give
error
message and stop testing.
4. write the inverted long word address as data to
memory.
5. read the memory contents and compare with the
inverted address.
6. if the long word read is ok then continue else give
error
message and stop testing.
This test has also
some hidden functions. Pressing :
w : writes continueously the long address as data to
the dram.
r : reads continueously the
dram ( no display ).
d : displays the contents
of 421 succeeding ram
locations.
The start address is given by the user.
ESC: stops
these functions.
ITEM 5 : CIAP test
1. Read contents of lndentification Register (IDR)
and diplay version : "CDxx"
Example : CD01 is for CIAP1 .0,
CD02 IS for CIAP
1.5
2. Start Built-in Self-Test (81ST). Display 81ST
signature:
Device Long 81ST Short 81ST
CIAP 1.0 F286
CIAP1 .5(ES2} 75B0
BBCD
CIAP1 .5 -(MOT) 1F5C
1BF4
If in one of these tests an error occurs the test will be
stopped and the error displayed.
ITEM 6: IKAT test
1. 8 data lines are tested. If one data line is defective
then the errormessage will display the
number(0
.. 7) of the defective dataline.
2. Display the versionnumber of the IKAT software.
(IKAT:
50 = VERSION 5.0)
ITEM 7 : Chip Select test
This step is only intended to be used with an oscilloscope.
The software will generate a Chip Select pattern for All
devices.It is not guaranteed that this test always runs. If one
of the devices is defective ( no DTACK) it will surely result
in a hang-up of the testsoftware.
The devices are
DRAM 1, DRAM 2, SYSTEM ROM, CIAP,
IKAT and NVRAM.
ITEM 8 : V0SC test
Write continously $00 to the Display Decoder
Registers of the master and slave.
2 Read continueously the contents
of the Control
Status Register (CSR).
5.2 THE SERVICE SHELL
Introduction.
For service purposes the CD-I set has built-in testsoftware
modules.
These modules can be activated via the service
shell by menu.
The modules are for the testing of :
-Video circuitry, by
means of a colorbar testpa tern
-
CDM and seNo circuitry. Testing the CDM and seNo
cicuitry in the seNice shell is only possible with a CD-DA
disc.
5.2.1 Starting sequence of the service shell
1. Put the power off
2. Connect the RXD2 and TXD1 lines of the inputport
at the front of the player (pin2 and pin3).
Or insert testplug 4822 264 50263 into the
inputport.
3. Put the power on and wait until the menu appears
on the Iv-screen.
4. Disconnect the shortcircuit
of RXD2 and TXD1.
Or remove the testplug.
5.
Now connect a pointing device to the input port:
Access of the menu can only be carried out by
means of a "M"(ouse) pointing device like:
Tracker Ball
4822 691 30298
Mouse 4822 691 30297
Rollercontroller 4822 691 30293
selectable/non selectable items
Each menu
of the service shell consist of a number of
boxes and text strings.
Some of these boxes can be
selected by moving the screen cursor above the box and
clicking on one of the pointing
device buttons. Only the
colored
boxes can be selected. Clicking on one of the other
boxes will
have no effect.
"ERROR" messages on the screen
The service shell will provide information about errors in a
box
at the bottom of the screen. To remove such a message
and continue a button must
be clicked on the pointing
device.
menu structure
When the service shell is started, the main menu appears
with a
number of boxes on it. Selecting some boxes will
result in a submenu being displayed, other boxes may result
in immediate action. Selecting the EXIT box will stop the
service shell and restart the player. Selecting
EXIT in a
submenu will return you to
the previous menu.

5.2.2 Subject dependent information
Main menu
The main menu contains three item boxes.
1.
TEST IMAGE
2.
CD DRIVE
3.
EXIT
Selecting TEST IMAGE will give immediate action.
Selecting CD DRIVE will start the CD DRIVE test submenu.
Selecting EXIT will return to the normal usershell.
Test image
A video {75%)colorbar with 750 mV level white bar
is
generated and send to the video output.
CD drive test
1.
First of all the communication with the
CD
part is
checked then after clicking
on
one of the buttons
the IKAT version
is
displayed.
2.
After clicking
on
one of the buttons the CD drive
test menu will appear. The CD drive test will
perform the service loop as implemented
in
the
Philips CD audio players. A CODA disc
is
needed
for this test. Results of this test will be displayed
on
the tv-screen.
3.
When the
cd
drive test is selected, the next items
can
be
selected:
ARM OUT. Clicking
on
this item will result
in
a
movement of the sledge with laser and the
optical pickup to the outside area of the disc if
the sledge is at the centre area of the disc.
ARM
IN.
Selecting this item will return the sledge
to the centre area ofthe disc if
it
is
at the outside.
NEXT MODE. Selecting this item will put the
servo circuit into some modes (or steps). The
modes are displayed
in
the red box on the right
at the top of the screen, while messages are
displayed
in
the red box on the left.
the
drive
test consist
of
the following steps:
MODEO
In
mode
0,
the ARM
IN
and ARM OUT buttons can
be
selected to move the sledge with the optical unit
inwards and outwards.
Selecting NEXT MODE will bring the player
in
mode
1.
MODE1
In
mode 1 the IKAT processor will try to focus. If
it
manages to do so
(a
disc must be present!), the
message
IN
FOCUS will appear
in
the left box.
Otherwise, the message NO FOCUS will appear
after the processor has tried to focus 3 times.
In
that case (no focus found) the test will return
to
mode
o.
Selecting NEXT STEP will bring the player
in
mode
2.
MODE2
The turntablemotor is rotating and controlled by the
rough HF. The message MOTOR OK will appear.
If
an
error occurs, the message MOTOR ERROR
APEARS and the test will return to mode
0.
Selecting NEXT STEP
in
mode 2 will bring the
player
in
mode
3.
MODE3
The radialservo
is
now activated and the message
RADIAL TEST OK appears. The optical pick up will
follow the tracks now and the sound
is
muted.
If
an
error occurs,
an
error message will
be
displayed and the test will return to mode
0.
NEXT STEP
in
mode 3 will bring the player
in
normal playing mode, but if something goes wrong
at
the bottom of the screen
an
error code ("CD
error x"}will
be
displayed.
The meaning of the
"x"
is
in
the next list :
0=
no error
1 = focus found
2=
focus error
3=
radial error
4=
turntable motor error
5=
search time error
6=
subcode error
7=
TOG error
8=
fatal sledge error
To
exit the SERVICE SHELL the power must
be
switched off.
PCS
79
530

6 ELECTRICAL DRAWINGS
6.1
BLOCKDIAGRAM with FUNCTIONAL SURVEY
The circuitry is build up on one double sided 4-layer main
board and consists of the following functional parts and
blocks:
Processor part
-CPU (SCC68070)
IKAT (MC68HC05I8)
System ROM (27C400)
NVRAM/CLOCK
CD Interface and Audio Processor part
-CIAP 1.5
(·)
Digital Video part
VDSC (Video Decoder and System Controller)
· CALVIN(Video Encoder)
-1MB DRAM with two banks of 512 KB
-CVBS video out
RGB video out (only for /40/45)
Y/C video out
Chip Select and DTACKN generating glue logic
-PAL 16L8-10
-PAL 16R4-10
CD Control part
· COM
12.1
-TOA
1301
(DSIC
2;
Digital Servo
IC
for Controlling 2
stage 3 beam servo mechanisms)
Additional discrete HFD and defect detector circuits
· CD 60 (CD Decoder)
Audio part
-DAC (CS4303)
-Audio outputs L/R
-Audio headphone output L/R
Power Supply
-+25V
I
+5V
I
-5V
Interfaces
COM
12
interface (flex conn. pos.1008)
Power supply inlet (pos.1 001)
Pointing device input'output front (pos.1 022)
Pointing device input'output rear (pos.1033)
Extension connector
(pos.1
096)
Audio headphone output L/R (pos.1030)
Audio outputs L/R (pos.1015)
Video CVBS output (pos.1015)
Video RGB output (pos.1013) (only for /40/45)
Video Y/C output (pos.1006) (only for /51)
RF modulator power outlet (pos.1016)
AUDIO_LAUDIO_R
TO
v•c
TD
Y,C
TO
SCART
TO
TD
TO
TO
TO
SCART
SCART
SCART
CHINCH
RF
VIDEO
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PCS 79
531
94-04·29
1
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6.2 WIRING DIAGRAM
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OATA12
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LAOOS
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GNO
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GNOR
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MPEGR
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GNOL
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MPEGL
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OATA7
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OONEN
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XT2
72
OTCN
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76
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77
INTENN
78
LAD022
79
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LA0017
83
LA0016
84
LAD015
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LA0D12
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6.3 Alphabetical list of abbreviations
Remark:
The list contains all abbreviations, which are ever BUGCD60 CD60 anti • hangup line CSCDICN CHIP SELECT CDIC (active low) bus DMAEN DMA enable for the FMV extension
used
in
CDI electrical circuitry BUSYLED signal to control green busy LED -driver information is intended for or coming DOBM Digital Outfrom CD60
C Chrominance singnal (Y/C) from CDIC DOBM_KILL DIGITAL
OUT
KILL signal
A,B,C+
»control
signals tor brushless CADDYIN high when reading data CSCIAPN CHIP SELECT CIAP
NOT
DS Data memory select output ofthe
DC-motor CAOOYSWITCH control signal for position tray CSIKATN chip selekt for IKAT (active low) DSP-processor (active low)
A,B,C, -
>>
CAS1N column address strobe 1 (VDSC) CSIKATP modified chip select for IKATfor testing DSPACKN OMA acknowledge (Channel
1):
68070
ACK2N DMA REQUEST ACKNOWLEDGE CAS2N column address strobe 2 (VDSC) purposes -- LEMM (active low)
(active low)(of channel
2)
CBA
68070 bus tranceiver latch (rising edge) CSKILL-MEMM chip select for kill and DMA circuit. DSPREQN DMA request (Channel
1)
: LEMM --
ACM output AC-motor CBSC CHROMA for S-VHS (Y/C)
or
BLUE for CSKILL-MEMMS
>>
syncronized 68070 (active low)
ACK2NKON DMA REQUEST ACKNOWLEDGE SCART CSDAC1N (=CSDAC2N)(if selected,low)it means DSP-INTN interrupt request DSP
--
68070 (active
{96-pins connector, channel2 :FMV) CDICDACKN (=ACK1
N)
DMA REQUEST that datawill be adjusted on that low)
ADEN (=ADENA)ADORESS ENABLE NOT. ACKNOWLEDGE (active low) channel DTACKN datatransfer acknowledge (68070)
When low.the address ADENA coming CDICREQN (=REQ1
N)
OMA REQUEST (active low) CSNVRAMN CHIP SELECT NVRAM (active low) (active low)
from the bus (68070) CDTV to change
by
remote control between information is intended tor or coming DTCNC data transfer completed corrected
ADOCLK output clock from the ADOC
(11
.2896
TV
or COi (only used by CDI 2XX) from the NVRAM (CDIC)
MHz) CD60
V2
CD60 -status information line from CSROMN
>>
DTRAM DTACKN generation signal for NVRAM
AM
ADDITIONAL MUTE
CD60to
IKAT CSROM0N CHIP SELECT ROM (active low) acces
ASN ADDRESS STROBE (active low, CIAPACKN OMA channel 1;CIAP acknowledge information is coming from the ROM'S DTROM DTACKN generation signal for system
tristate) indicates whwn an address is (active low} CSSLAVEN CHIP SELECT SLAVES (active low) ROM acces
valid on the bus for the system CIAPJUC CIAP Jump Complete CSON CHIP SELECT (active low) for the 8Kx8 DTCN Datatransfer completed (active low;
ASNP ADDRESS STROBEfrom processor CIAPREQN OMA channel 2;CIAP request (active SRAM'S 68070)
(active low) low} CSVDSCN CHIP SELECT for the VDSC (active DO DIGITAL
OUT
ASPRAT Aspect ratio switch signal (16:9 or 4:3) CIAP INTN CIAP interrupt request (active low) low) DODS DROP-OUT DETECTOR
AUDGND Audio ground (SCART) CL serial communication clock to DSIC2 CSYN COMPOSITE SYNCHRONIZATION SUPPRESSION
AUDL
»AUDIO
LEFT and CD60 inputfrom the VSC'S (active low) DONEN DONE (active low).open
AUDIOL
>>
CLAB=CLAB2 bitclock for the SAA7220 chip CTS1 .
.4
CLEAR TO SEND (active low)
it
drain),operates in the OMA-mode
AUDIOLSC » (scart) CLABCD bitclock from the
731
0 chip indicates that the remote receiving DOXN serial data output ofthe X-bus
AUDIOREM Audio signal to remodulator CLK=2BLCK CLOCK
(11
,2896 Mhz) device is ready DPSRWN read (high} orwrite (low) from
or
tothe
AUDR
»AUDIO
RIGHT
CLKDAC
CLOCK DAC,the clock used to send CTS#2
>>
DSP
AUDIOR
>>
serial datato the volume adjustment CTSE1
..
2 CLEAR TO SEND input DSN2N DATA STROBE (active low) ofthe DSP
AUD1ORSC » (scart) CLKF 2B-clock (11,2896 MHz) for the CTSl1
..
2
>>
DATACKROM
DATATRANSFER ACKNOWLEDGE
AUDIO CLK 16.93MHz clock (33.86MHz:2) from FMV-extension CVBS CVBS output of the ROM
CIAP to CD60 and audio DAC CLK1 the clock on which the DSP operates CVBS-OUT
>>
DTACKSLAVEN DATA TRANSFER ACKNOWLEDGE
AVN AUTOVECTOREDINTERRUPTS (7,5264 MHz) CVBS-GND CVBS ground (SCART)
of
the SLAVE processor
(active low),can be used by an CLK11 not used (connected to ground) CVBS-REM CVBS input signal for the remodulator DTCN DATA TRANSFER COMPLETE (active
extension
CLK3A
11.2896 MHz clock for the SAA7310 CVBS-SYNC composite sync input forthe SCART low,open drain) operates in the OMA-
A0
..
15 Local addressbus
of
the audio decoder connector mode
•
SP-processor CLOCK_27 27 MHz clock :used as system clock by
00
.
.023
Local data bus ofthe audio DUARTCSN DUART CHIP SELECT.when low
B0
..
7 digital video (blue) from VDSC DRAM the DSP and the LEMM
•
SP-processor businfo is coming from or going to the
BOCD
..
B3CD input control bits for off-,catch-,play CRI COUNTER RESET INHIBIT (low during D8NVR databit 8 (least significant bit) signal for
•
UART
status and DAC output current for a real trackloss or during excention
of
a the NVRAM DZF DATA ZERO FLAG
radial motor jump command DA serial communication datato DSIC2 01
...
5 COM photo diodes inputs
B,G,R output colours
of
the VSD coc COMMAND COMPLETED signal and CD60
08NVR
DATA8to
NVRAM
BERAN
»BUS
ERROR (active low.open drain) COXN serial output clock for the X-bus DAAB (DAAB2,DAABCD) serial data output of EFAB ERROR FLAG
BFMV blue color coming from the COXNDSP clock
•
SP, the clock used to send the X-bus 1
2
S standard EFLAG ERROR FLAG input to CIAP
FMV-extension serial data on the X-bus DATA0
..
15 DATA LINES EFLAGCD60 ERROR FLAG output from
CD60
BGACKN Bus GrantAcknowledge (active low) CSDMAK1LL generates killme :Dot killer enable DATADAC data which will be send to the DAC('S) FILTERN filter select when high:levelC,when
BGN Bus Grant {active low) access from the signal (active for NTSC) and functions for volume adjustment low:levelA
cartridge to the base system via bus- as DMA enable for the FMV extension DDTACKN DATA TRANSFER ACKNOWLEDGE FOG-
»focus
out to CDM
mastership CSDSPN signal used by LEMM to generate the (active low) from CDIC FOC+
>>
BGND Blue color ground (SCART) DSP chip select signal(KIP) (active low) DEEMP DEEMPHASIS FSB Frame select line output
of
the LEMM --
BIN
blue color input for the
CXA
1145
CST
combined chipselect signal for DIG
OUT
DIGITAL OUTPUT DSP :this line is asserted for every
encoder NVRAM/system ROM DIAN DIRECTION CONTROL. indicates the WSAB (pin 66
of
the LEMM) transition
BLANI (=BLAN1
M)
BLANKING OUTPUT CPUASN the address strobe ofthe 68070 direction
of
data transfer through the GFMV green color coming from from the
(active low.tristate) ofthe VSC microprocessor transievers FMV-extension
BRN Bus Request (active low) access from CPULDSN the lower data strobe
of
the 68070
DISCL
DISPLAY CLOCK GGND Green color ground (SCART)
the cartridge to the basecase system microprocessor DISCLK (DISCLKE) DISPLAY
CLOCK»
GIN green color input forthe
CXA
1145
via bus- mastership CPUUDSN the upper data strobe of the 68070 DISDAT (DISDATAE) DISPLAY
DATA»
encoder
BSC blue color (scart) microprocessor DISEN (DISENE) DISPLAY
ENABLE»
GN when low:the outputs and inputs
of
the
BSW blue color coming from the switch
CRI-DO0S
counter reset inhibit of the 7310 chip DISSEL software selection signal (CDl210/220) trancievers are enabled
COi/externai (FMV) video cs CHIP SELECT DIV4 DIVIDE BY 4 signal GNDC Ground for the color signal (Y/C)
PCS
79533

GNDL Ground for MPEG audio left (96-pins INTENN2 >> LTAP
»for
HPLvolume control 021 output to PLL (19,3536 MHz) devided
connector) INTENN3
>>
LTOP >> by
12
GNDR Ground for MPEG audio right (96-pins INTENN4 >> LVID0IN
..
71N
»8
bit pixel-bus for channel 2 (VSC- Q DATA 1
2S datafrom LEMM
--
audio DAC
connector) INTIKATN INTERRUPTfrom IKAT {from
IKATto
SLAVE) Q CLK 1
2
S bit clock from LEMM
--
audio DAC
GNDV Ground for MPEG video (96-pins UP) LVID0OUT..7OUT : >> Q_WCLK 1
2S word clock from LEMM
--
audio DAC
connector) INTREQN interrupt request from the LWN read/write enable {for the lower part of RAB hand shake protocol signal for
COBO
GNDY Ground for the luminance FMV-extension the data: MD0
..
7)
forth!c! DRAM {VDSC) RAD+
»RADIAL
OUTto COM
GSC green color (SCART)
IN21N
{=IN2OUT)»
LWRSN R/W lower memory data to DRAM from RAD- >>
GSW
green color coming from the switch
IN41N
(=IN4OUT)»
decoder interrupt priority VSC slave RASN row address valid {active low) for the
COi/externai {FMV) video inputs LWRMN R/W lower memory data to DRAM from VOSC DRAM'S
G0
..
7 digital video (green) from VDSC DRAM
IN51N
(=INSOUT)»
{active low)
IN21N
has VSC master RBOT for HPR volume control
HALTN active low.open drain,biderectional.if the lower MA0
..
8 VDSC DRAM address bus RC5 wired RC input (cinch}
low together whit the resetn it couses IN2OUT
»and
IN51N
has the higher priority MC MOTOR CONTROL signal RC-EYEDIS RC-EYE DISABLE signal (not used)
the 68070 to enter the reset state. IN4OUT
»IN21N
= SLAVEPROCESSOR MD0
..
15 VDSC DRAM data bus RCEYE (RCEYEE)REMOTE CONTROL EYE
HEADPHL {HPL)headphone audio left (6805),IN41N = MISO MASTER
IN
SLAVE OUT RCLED REMOTE CONTROL LED
HEADPHR {HPR)headphone audio right IN5OUT
»CDIC
(JMS66490),IN51N =
•
UART MOSI MASTER OUT SLAVE
IN
RD READ signal DSP :this signal is
HFD High Frequency Detect signal IN40UT2 >>
MPEGL
left audio signal color coming from the asserted to read external memory
HFDDEF signal that indicates when the last IN5OUT2
>>
FMV-extension goes the adder (three SRAM'S FCB61 C65)
on
the data
session of a multisession-disc has IN2OUT3 >> CDl/FMV audio bus
DO
..
23 (active low)
ended IRQA interrupt request from LEMM -- DSP MPEGR right audio signal color coming from the RON READY signal, starting up procedure
HFIN HF current input {active low) and mode A pin of the DSP FMV-extension goes the adder finished
HMP Spindle Motor Plus {after the DSP reset, the DSP reads the CDI/FMV AUDIO RDYN READY {active low) of the OMA channel
HSYN (active low) horizontal synchronisation level on this
pin
to define the mode of MSM master slave selection input REDIG RADIAL ERROR DIGITAL
input from the VSC operation) MSMA0
..
8 ADDRESS-BUS between the DRAM'S REFHCA reference voltage pin of CD60
HSYNCOUT (active low) horizontal synchronisation IRQABN logical AND ofthe IRQA and the IROB of the VSC'MASTER and the VSC REFLCA reference voltage pin of
COBO
output for monitor or
tv
line (lemm output pin
--
DSP) MASTER REM power supply remodulator
HVID0
..
7S 8bit pixel bus for channel 1 VSD from IRQB interrupt request from LEMM -- DSP MSMD0
..
15 DATA-BUS between the DRAM'S of RESETCD when low resetsequence starts
vsc {active low) and mode B pin of the DSP the VSC'MASTER and the VSC RESETINN when low VSC
is
in
reset
IACK2 Interrupt acknowledge from 68070 (after the DSP reset, the DSP read the MASTER RESETN this is the rest for all other ic's
on
MMC
(active low)
--
AVN line ofthe 68070 level
on
this pin to define the mode of NCSYNV composite sync for the VDSC RESETSYS system reset (controlled by the
(auto-vector interrupt)
--
the 68070 operation) NHSYN active low horizontal sync input for the slave-processor)
generates this signal (IACK2) when the IROIN interrupt request for IKAT {not used) FMV-extension REO2N OMA-request ofchannel 2
slave proc. as- serts IN2 ISELIN pin of CIAP (always pulled
up)
NPORE Power
on
Reset for CD60 (active low) REO2NKON OMA-request (96-pins connector,
IACKN interrupt acknowledge for the JUC jump completed signal from servo proc. NRESET when lowthe video synthesizer
is
in
channel 2 : FMV
FMV-extension --LEMM reset REO2KON OMA-request of channel 2 via OMA 2
IACKIN2N
>>
KILL to mute audio outputs by power
on
and
NVDS
digital output to control an external on/off circuit
IACKIN4N
»decoded
interrupt acknowledge off switch for
TV
overlays (active low) RFE high-frequent signal coming from COM
(active low). KILLME (KILL-ME)dot killer enable signal (active NVDSI >>synchronized with NXT2 (disc)
IACKIN5N
»asserted
during an interrupt for NTSC) NVDSN Digital video switch -line (active low} RFMV
red
color coming from the
acknowledge KIP host enable input pin ofthe NVSYN (active low) vertical sync input for the FMV-extension
IACKOUT2N >>sequence to indicate to a peripheral
•
SP-processor :this signal enables a FMV-extesion RGBS_GND incoming video SCART (not used)
that transfer on the DSP host bus DATA0
..
7 OTO OffTrack Detection from DSIC2 ground
IACKOUT4N
»this
interupt request
is
being serviced (active low) PCLK11N PIXEL CLOCK for channel 1 RGND red color ground (SCART)
IACKOUTSN >>
LA1
»control
signals for brushless DC- PCLK21N PIXEL CLOCK for channel 2 RIN red color input for the CXA1145 encoder
IACKOUT2 >> motor PLAYSEL SELECTION of PLAYER type RSC red color (scart}
IACKOUT4 >>
LB1
>> PLOIN1 input clock for CDIC (22,5792 MHz) RSTOUT RESET OUTofthe slave processor
IACKOUT5 >>
LC1
>> PLOIN2 input clock for CDIC (19,3536 MHz) when high resetsequence starts
IACKOUT22 >> LADD1
..
23 ADDRESS-BUS (active high,tristate)for PLOIN clock signals for emulator panel RSW red color coming from the switch
IACKOUT23 >> direct addressing of 16 Mbyte of PLOINE >> COi/externai (FMV) video
IACKOUT42
>>
memory POTBL headphone left volume control RTAP >>for HPR volume control
IACKOUT52 >> LBOT for HPL volume control POTBR headphone right volume control ATOP >>
IDAC 1/2 bit DAC LOON switches laser
on
(5V) & off
(0V)
POTML headphone left volume control RTS12 REQUEST TO SEND 2 from IKAT
IFDN2 main channel word-flag to the DSP (LASER DRIVE ON) POTMR headphone right volume control RTSE1
..
2 REQUEST TO SEND
IN2 interrupt request from slave proc. LDSN LOWER DATA STROBE of the bus PRTS11 request to send from main processor RTSl1 .
.2
REQUEST TO SEND
--68070 (active low) LIDSWITCH Lid detection switch QCL a-channel CLOCK RTSUART REQUEST TO SEND from the slave
INS
interrupt request input 5 ofthe 68070
LM
LASER MONITOR diode input
ODA
Q-channel DATA processor to the UARTofthe 68070
(not used) LO laser amplifier current OUTPUT
ORA
a-channel REQUEST processor
INTENN1 interrupt enable for the FMV-extension LRDN when low select.the ROM'S or NVRAM INPUT/ACKNOWLEDGE OUTPUT
RST1
.
.4
»REQUEST
TO SEND (active low)
INTENN >>when low,no extensions use the read the lower data byte
022
output to PLL (22,5792 MHz} devided RST#1
..
2 >>
interupts,when high interupt devices are
LS
switches between DOUBLE
(0V)
& by 14 AWN READ -WRITE (low is write) signal
daisy chained SINGLE
(SV)
SPEED
PCS 79 534

RWN2 READ -WRITE (low
is write) signal STANDIN NTSC or PAL selection signal (input for VSYN (active when low) VERTICAL
from CDIC to the DSP slave) SYNCHRONISATION INPUT from the
RWRAM READ -WRITE signal from the CDIC to STATUS RF/external video selection signal vsc
the S RAM'S STATUSF CVBS/RGB video selection signal
V1
off track detection from DSIC2 to CD60
RXDE1 .. 2 RECIEVE DATA STD serial data from DSP
-- LEMM WIREDRC see RC5
RXDIL2
RECIEVE DATA SSCLKIN pin of CIAP (always pulled up} WR write enable output ofthe DSP :this
R0 .. 7 digital video (red) from VDSC DRAM SSM START STOP MOTOR signal is asserted to write external
RXD1 .4
»RECIEVE DATA RXD is data input SWAB SUBCODING WORD CLOCK INPUT memory (three SRAM"S FCB61 C65)
on
XD#L2 >>
SWAB-SSM subcoding word clock output and the data bus
00 .. 23 (active low}
SCAB subcode data clock (2,8224 MHz) from start/stop input of the
731 0
WRMN read/write {write when low) UPPER
the 7310 SWCLK 12S Word Select Clock out from CD60 MEMORY DATA FROM DRAM'S
SCK serial clock output from the LEMM
--
SWEM software dat to switch
on the emulator FROM VSC-MASTER
DSP :the data and frame select for the SYSCLK
»SYSTEM CLOCK WRN
WRITE UPPER DATA BYTE (active
DSP
is clocked out on the rising edge of SYSCLKA >>
when low)
this clock SYSCLK1
>>
WRPN1M .. S control input for channel 1 or 2 (active
SCL 12C clock to HOBBES SYSCLK2
>>
low} of the VSD
SCLK 12S clock out from CD60 SYSCLK3 33.86MHz system clock to CIAP WSAB
»WORD SELECT from A to B CHIP
SDA 12C data to HOBBES TCAP input capture feature for the on-chip WSAB2
>>
SDAB subcode data from the
731 0 timer WSABCD 11.2896 MHz bitclock
(1
2
S)
SDATA signal from CD60 data TCMP output for the output compare feature of XINB delayed clock
XIN from CDIC goes
SDAT 12S data out from CD60 the
on chip timer back to CDIC
SERVORESETN Reset for DSIC2 from IKAT TCK scan clock boundary XIN »
11 ,2896/9,6768/4,8384 symmetrical
SI
on -off control for laser supply and TOI boundary scan input clock
focus circuit TDOCIAP boundary scan output of CIAP XIN2
>>
SI-RD
on -off control for laser supply and TDOVDSC boundary scan output of VDSC X-TAL2 the same as the system clock.coming
focus circuiVready signal.starting
up TL TRACK LOSS of the TDA8808 out of the VSC'S
procedure finished combined with the radial error signal of XT2 (XT2N) the system clock devided
by two
SILO Serial communication Load to DSIC2 the TDA8809 XT4
»the system clock devided by four
SLEDGE sledge motor control TMOUT TRAY MOTOR OUT XT41N
>>
SLEDGE OUT power signal for activating the sledge TMS boundary scan control line
XY
this DSP output signal selects which
motor TRAY tray open/close signal external memory space
(X or Y} is
SLEEPAUDN Audio kill line (active low) TRAYOC TRAY open/close selected
SLEEPVID Video kill line (active low) TRAYSWITCH tray open/close detection signal X CLK external audio 1
2S -clock
SLIDESW SLIDE SWITCH ;detection of sledge -TX2 transmit data from IKAT X DATA external audio 1
2S -data
endposition
TXDE1.2
transmit data X WSIN external audio 1
2S -word select
SLMA0
.. 8 VSC-slave memory address bus to the TXDl1
.. 2 transmit data y luminance signal (Y/C}
DRAM'S TXD1 ..4 » TRANSMIT DATA TXD
is data output Y GSC Y (luminance) S-VHS (Y/C} or G for
SLMD0
.. 15
VSC-slave memory data bus to the TXD#1
.2 >> SCART
DRAM"S UDSN UPPER DATA STROBE (active when 0AD
.. 12AD »ADDRESS BUS,between CDIC-
SOCKGND socket ground (SCART} low) SRAM'S and SYSTEM ADDRESS
SOXENN
SER~LOUTPUTENABLEFORTHE
URDN READ UPPER DATA BYTE (active BUS BUFFERS
X-BUS (enabled when low} when low) 1
0ADA. 12ADA
>>
SOXRON SER~LOUTPUTREOUESTFOR
UWN read/write enable {for the upper part of 0D
.. 15D DATA BUS between CDIC and DSP
THE X-BUS (when low} the data: MD8
.. 15) fir the DRAM
0DA.15DA
DATA BUS between CDIC-SRAM'S
SOYENN2 SERIAL OUTPUT ENABLE FOR THE (VDSC) and SYSTEM DATA BUS
Y-BUS (when low) UWRN Upper Write Read Not for NVRAM TRANCIEVERS
SPICLK SERIAL PERIPHERAL INTERFACE UWRSN read/write (write when low) UPPER 2BCLK CLOCK for the 2 B-chip
CLOCK MEMORY DATA FROM DRAM'S 12A..15A ADDRESS BUS between CDIC and
SPISS (SPISSN) SERIAL PERIPHERAL FROM VSC-SLAVE DSP
INTERFACE SLAVE SELECT
vc
output DC-motor (VOLTAGE
SRO serial data from LEMM~- DSP CONTROL)
SRTS1 request to send 1 from IKAT VDSC-INTN interrupt request of the VDSC
STAND NTSC or PAL selection signal V-FLAG output to the DSP
STANDARDOUT software chaise between PAL and VREFA Reference Voltage
on audio DAC
NTSC Vsub substrate voltage
STANDARDSW handware chaise between PAL and VSCM-INTN when low,interrupt from VSC master to
NTSC 68070 processor
STANDEM status from emulator.input for DUART VSCS-INTN when low,1nterrupt from VSC slave to
STANDEMEN enable signal for switch signal
on
68070 processor
emulator