Philips CDI 220/60, CDI 220/65, CDI 220/61, CDI 220/77 Service Manual

Compact disc interactive player

CDI

220/&0/61/&Sm

~@[fW

•

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Service

erviceManual

SURVEY OF PLAYERS

Version Description

/60 PAL player without RF-modulator /61 /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 This COM is also used Service information

Multivoltage PAL player with RF-modulator

691

30354.

in

CDl210/40/41/45.

is

included in this manual.

CDI

imt4144HU=i

This manual

parts

of

be reproduced

in

any

without permission

of

Media

,

.....

it

IMS

may

form

-

...

or

not

S&S

SURVEY

Version

/20 /25 /37 /39

The mainpanels must be repaired via the central repair procedure, µP section or digital video section.

If the defective item 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

Published

OF

MAINPANELS

Main panel

4822 214 52065 4822 214 52068 4822 214 52056 4822 214 52066

if

the defective item is on the circuitry of the

section.digital audio (LEMM+DSP) section, GLUE logic

is

in the circuitry of the SERVO section,

by P

.S.

1094

Service & Support

Version

/40 /41 /45 /57

Mainpanel

These mainpanels must be repaired down to component level repairshop ,see chapter 3.6.

Interactive

Mainpanel

4822 214 52163 4822 214 52164 4822 214 52165 4822 214 52145

in

a local central

MB<ia

Systems

Printed

@ Varioitus!

Laite sisaltaa laserdiodin, joka lahettaa nakymiitonta silmille vaarallista

lasersateilya.

®varning! Osynlig laserstriilning nar denna del ar oppnad Betakta

@Advarsel!

Usynlig laserstriiling ved abning nar sikkerhedsafbrydere er une 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

in

The

Netherlands © Copyright

ej

striilen.

reserved

Subject to

LASER

modffication

oc:h

sparren ar urkopplad.

A.

CLASS

1

PRODUCT

4822 725 24 754

af

3122 110 03420

funktion.

PCS

79

521

1

DETAILLED

TABLE

CONTENTS

OF

Section

Contents

DETAILLED

TABLE

OF CONTENTS

Section

6

6.1

2

2.1

2.2

PRODUCT INFORMATION TECHNICAL SPECIFICATION CONNECTIONS AND CONTROLS 6.4

2.3 ACCESSORIES

2.4 SETTING

UP

2.5 DISC PLAY

6.2

6.3

6.5

6.5.1

6.5.2

6.6

3

3.1

SERVICE INFORMATION SAFETY INSTRUCTIONS AND PHILIPS SAFETY

THE PROFESSIONAL SERVICE

GUIDELINES

FOR

TECHNICIAN

3.2 SERVICING OF SMD's (Surface handling

3.2.1 General

cautions

on

Mounted

and

Devices)

storage

3.2.2.1 Caution on removal

3.2.3

3.2.3.1

3.3

3.3.1

3.3.2

Attachment

Caution Handling Personal safety Storage

3.3.3 Testing

3.3.4

3.3.5

Mounting Soldering

3.3.6 Electrostatic

3.3.7

3.3.8

Transients

Working

3.3.9 Replacement

of SMD's

attachment

on

sensitive

ESD

transport

and

handling

or

sensitive

ESD

charges

(switch-on

environment

the

of

components

phenomena)

Flat Pack

IC's

3.4 CODENUMBERS FOR STANDARDIZED RESISTORS THE

3.5

3.6

CENTRAL REPAIR PROCEDURE

BOARD

MAIN

REPAIR PROCEDURE OF THE MAINBOARD

OF

IN

YOUR COUNTRY

3.6.1 Repair Procedure NORTH AMERICA Riparazione ITALIA

3.6.2

3.6.3

Procedura Reparatur Prozedur OSTERREICH

di

3.6.4 Reparatur Prozedur SCHWEIZ Riparazione SVIZZERA

Procedura Procedure

di

reparation SUISSE

de

6.6.1

6.6.2

6.6.3

6.6.4

6.6.5

6.6.6

6.6.7

6.7

6.7.1.

6.7.2.

7

7.1

7.1.1 CPU SCC68070

7.1.2

7.1.3

7.1.4

7.1.5

7.1.6 NVRAM

7.1.7

7.1.8

7.1.9 DSIC2 Digital Servo

7.1.10 CD60 CD-decoder

7.2

7.2.1

7.2.2

3.6.5 Proceso de Reparaci6n ESPANA

3.6.6

3.6.7

3.6.8.

Reparaturabwicklung

reparation FRANCE

Procedure Repair

de

procedure

for

DEUTSCHLAND

remaining

countries

7.2.3

7.3

7.3.1

7.3.2

4

4.1

MECHANICAL DRAWINGS

THE CABINET

EXPLODED VIEW

OF

7.3.3

7.3.4

4.2 EXPLODED VIEW OF THE LOADER 7.3.5

Contents

ELECTRICAL DRAWINGS BLOCK

DIAGRAM WITH FUNCTIONAL SURVEY

WIRING DIAGRAM

ABBREVIATIONS

OF

LIST

HEADPHONE PANEL

POWER SUPPLY UNIT

layout

PCB

supply

Power

diagram

circuit

Video

the

of

circuit

Tracks Component

diagram

circuit

Audioprocessor

Video

and

Mainpanel

side

diagram

Encoder

measuring

side

circuit

pads

diagram

Powersupply

PANEL

MAIN

Mainpanel PCB layout, Mainpanel PCB layout,

part

rlP Servo & CD Decoder

CD interface and Digital Layout CONTROL & DISPLAY PANEL Control Control

Display

&

Display

&

PCB circuit

diagram

DIAGNOSTICS, SHORT DESCRIPTIONS AND MEASUREMENTS SHORT DESCRIPTION OF THE KEYCOMPONENTS

Qecoder

Yideo

VDSC : Systemrom IKAT CIAP : CD-Interface and

CALVIN

27C400

MC68HC0518

- -

-

Clock

+

and

Audio

_§_ystem

_<::ontroller

Processor

~

PAL's

IC

TROUBELSHOOTING AND REPAIR

Troubleshooting

digital

section Servo

or

& CD Decoder and

and service

section

video

Audio

the

section

riP

section,

CIAP

troubleshooting Video

section

troubleshooting

Measurements

mainpanel

the

of

A general Test Test

Test

check

clock

the

of

2

S Interface

1

the

of

ftP

the

of

the hardware

of

signals

68070

with

the

Low

Level Test

5

5.1

5.1.1

5.2

5.2.1

5.2.2.

PCS 79

SERVICE SOFTWARE THE LOW LEVEL TEST

sequence

Test THE SERVICE SHELL

sequence

Starting Subject

and

dependent

522

the Service Shell

of

information

8

8.1

8.2

8.3

8.4

PARTS LISTS PARTSLIST OF THE CABINET PARTSLIST OF THE MAINBOARD PARTS LIST OF THE POWERSUPPL Y LIST OF ACCESSORIES AND SERVICE TOOLS

2.

PRODUCT

2.1

TECHNICAL

INFORMATION

SPECIFICATION

2.2

CONNECTION

CDI 220

AND

CONTROLS

System • Systeme • Sistema • Systeem • System • Sistema • Sistema

CD-Interactive

CD-lnteractif

Usable

discs•

Utiliable • Te gebruiken

Disques utiliables • Discos utilizables • Discos

discs•

Verwendbare

discs•

Dischi usabili

CD-I

CD-DA

PHOTO-CD CD-I

READY

CD

BRIDGE

CD+GRAPHICS

CD-I CD-Audio Photo-CD 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, Europe: 22 W avec, 17 W

UK:

23

W with, 18 W without DVC

UK:

23

W avec; 18 W sans DVC

-----·----

17

W without

sans

DVC

(22ER9956)

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)

s0c a 35°c

Relative Relatieve vochtigheid • Relative Feuchtigkeit • Umidita relativa • Humedad relative

5%

5% a 95% (sans condensation)

Weight • Poids • Peso • Gewicht • Gewicht • Peso • Peso

With DVC:

Avec DVC: 3,750 kg

Without DVC: 3,500 kg

Sans DVC:

Dimensions Dimensiones Abmessungen (anch. x alt. x prof.)

420 mm x

16.55" X 3.55" X 11.25"

humidity•

to 95% (no condensation)

3,750

3,500

90

Humidite

kg

(w

x h x d) •

(a

x a x p) • Afmetingen

(Bx

mm x

H x T) •

286

mm

Dimensions

relative•

Dimensioni

Humedad relative

(I

x h x

p)

(b

x h x d)

(I x h x p) • Dimensiones

Output•

Sortie•

Salidas

Audio

2 Vrms 2 channel individual

2 Veff

2 prises cinch (une

video (PAL)

1 Vpp (75

1 Vc-c (charge 75 Ohm, sync. neg.) Prise cinch

AV/Euroconnector

Peritelevision

AN

Broche

10 11 12 13 14 15 16

17 18

19

sync.

20 21

Salida•

1

2

3

4

5 6

7 8

9

Uitgang • Ausgang • Uscita • Safdas •

RCA

Ohm

par

load,

signal

canal)

sync

pin cinch

neg)

RCA

sockets

jack

Signal

audio

R / audio R (droite)

nc I non connecte audio

L / audio L (gauche)

audio

ground/

blue

ground

nc / non connecte blue/

bleu

function switching (O=Antenna:

1A=AIV ratio 16:9; aspect ratio 4:3)

masse audio

I masse bleu

Euroconnector with aspect

1B=AV/Euroconnectorwrth

commutation fonction (0=Antenna

1=Peritelevision

NV avec ratio 16:9; 1B=Peritelevision AN

avec ratio 4:3)

green

ground

nc / non connecte green/ nc / non connecte red

ground/

nc / non connecte red/

rouge

fast switching

/ masse vert

vert

masse rouge

(RGB/CVBS)

commutation rapide (RVBICVBS)

CVBS fast

ground/

switching

masse CVBS (PAL)

(ground)

commutation rapide (masse)

CVBS/RGB nc / non connecte

shield / blindage

sync

/ CVBSIRVB

TT

Input • Entree • Entrada • lngang • Eingang • lngresso • Entradas

input

REAR

pin signal

Broche

1 2 3 txd

4

5

6 cts I 7 rts 8

Nole: Prnnting device speed of 1200 baud

Remarque: Vitesse de transm,ssion

puntero de 1200 baudios de

snelhe,d van 1200

1200 baud wird unterstiJrzt • Nora: To/fera la ve/ocita de/l'accessorio di comando di 1200

baud.•

Nata· Vefoc1dad del d1spos1tivo

(1

ports) 8-pin mini-DIN

(1

entrees) mini DIN 8 broches

FRONT

-

-----

----

110

Signal

nc rxd

EIS Broche

I/

E 2 rxd2

0/S

nc ground I Masse 5 ground / Masse

IE

0/S

+5V

(100

mA

max) 8

is

supported.

jusqu·

baud

vetoc1dad.

mogelijk. • Hinwe1s: Die Geschwmdigke,t

a 1200 baud. • Nata: Se

• Opmerking: Voor de aanwiJsapparaten is een

de

apunta

admitida:

pin signal

1 3

4

6 7 rts2

admite

un dispositivo de

der

Zeigevomchtung

1200 baud1os.

Signal

rxd1

tx2

rts1 nc +5V

(100

von

(Y/C-PAL)

y-output 1 Vpp (75 c-output S-video 4-pin miniDIN

Sortie Y 1 Sortie C

300

Vc-c

300

mVpp

mVc-c

mini DIN 4 broche S-video

1/0

EIS

I/E I/E 0/S

O1S

0/S

mA

max)

Designs and specifications are subiect to chang~ without

specifications

las .especificacianes estan sujetos a camb1os

specificaties kunnen gew,jz,gd warden

von Ausfuhrung sono

altrea98.o

prev,o aviso.

de

ce

produit sont

sem

aviso pr€vio. •

und

soggette a modifiche senza

pin signal

Broche Signal

1 ground y I Masse Y

2 3 4 c

sujet

a modihc~t,ons .sans

technische Dalen vorbehalten. • t disegm e

zonder

prec:1vv1so. • As

El

d;seno y las

especrf,caCJones

Ohms)

(75

Ohms)

(75 Ohm)

ground c

y

I y

I Masse C

IC

no.t1ce.

•

Le.

a~1s

sm

voorafgaande

e~peci~lcap5es descltas estao

prf.Jafabie. • Los d1senos Y

prev,o aviso. •

ve~1tllgmgen.

le

spec1fte_he

estas sujetos a

conceptf~n ~t

Cory,cepten

•.

Anderun~en

tecn1che

su1~1tas

camb1os

res

en

srn

POWER

• Connect the female end of the AC (alternating current) cord supplied into the AC socket (13).

• Insert the male end of the cord into

CONNECTION

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 CONSUMING SOME POWER. YOUR

PLAYER COMPLETELY FROM THE MAINS, THE MAINS-

PLUG

HAS

TO

IS

IN

THE

BE

DISCONNECTED.

"OFF"

POSITION,

IF

YOU

WISH TO DISCONNECT

IT

IS

STILL

PLACEMENT

Place the

•

.a

Keep

• In a cabinet, allow 1 inch (2-3 cm) of free space all around the unit

player

away

for

adequate ventilation.

on a firm, flat surface.

from

heat

sources

and direct sunlight.

PCS

79

523

2.3

For normal interactive operation, use the remote control to

select functions displayed on the

• Point the remote control at your CD-I player.

• Move the cursor

• Click on one of the action buttons.

The function selected by this 'point-and-click' technique is

highlighted to confirm the selection.

To 'point-and-click' on any screen shown one of the action buttons can be used. The shape of the cursor is different according to the program you are playing, but it is always controlled

Place the pointing device the back (the cable end) pointed towards the screen. Now, as you roll the mouse, the trackerball or the roller controller, the cursor moves on the screen. When the cursor is positioned on one of the action buttons.

The function selected by this 'point-and-click' technique highlighted to confirm the selection.

To 'point-and-click' on any screen shown one of the action buttons can be used. The shape of the cursor is different according it is always controlled

BEFORE

in that direction The harder you press the faster the cursor arrow moves.

on

the "Thumbpad".

USING

TV

the direction you want by pressing

NOTE

in

the same way.

in

front of the display screen, with

in

the corresponding direction

on

NOTE

to

the program you are playing, but

in

the same way.

YOUR

screen.

in

this manual, any

the required function click

in

this manual, any

CD-I

in

is

PLAYER

•

Press

the ON/OFF button (11) to switch the player on.

on

• Switch

• Select the CD-I input on the 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

• Switch off

the TV (and

the ON/OFF button

the

TV

1. CD Audio

To preselect your preferred settings when playing audio CDs:

Auto shuffle

After switching the player automatically

Auto FTS

After switching the player will

be

Repeat

Select to repeat a complete audio disc or a single track when the repeat function

Scan time

Select the time you want the beginning of each audio track to play for 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.

be

played

played automatically

(5,

1 O or 20 seconds) when the scan function is

(and

HiFi system,

Hi

Fi

system if used).

TV

(and

Hi

Fi

system if used).

(11)

to switch the player off.

if

used).

on,

the tracks

in

a random order.

on,

the FTS program of the CD

is

activated.

on

the

CD

will

2.4

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'.

SETTING

UP

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 month and year

Time format

Select

Date format

Select d/m/y to present the date in day-month-year sequence. Select m/d/y to present the date year sequence.

Display time/date

Select whether time and date will displayed 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 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

'Delete'. If you change your mind after deleting, click on

'Undo'.

_.,

and

"'

in

24

hour or 12 hour clock.

arrows to set hours, minutes, day,

turn, as required.

in

on

its title and then click on

month-day

the TV

in

• When finished, point-and-click on 'Exit'.

Loading:

• Point and click on 'Open' (you may also press the OPEN /CLOSE button (2)

• 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)

The TV screen changes according to the type of disc.

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

• 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 disc.

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.

on

the player) to open the disc tray ( 1

to

close the tray.

CAUTION

in

or

NOTE

its holder.

without a new

).

PCS

79 524

2.5

DISC

This

procedure

is

discs

Video

installed,

-

NEVER FOR BURNING-IN CASE DISC.

Playing a CD-I

settings).

When

After

on

To

screen

2.

When

After

automatically.

The

the

EXIT

After

the

•

To

icon

(5)

The

pears

At

shown.

•

Select

The

•

To

name

The

Select

the

equal

and

PHOTO

CDs,

CD's

when a Digital

LEAVE A STILL

ANY

LENGTH

OF

SWITCH

OFF

disc

The

factory

autoplay

is

loading

the

TV.

start

the

CD-I

and

click

on

autoplay

is

loading

the

opening

screen

TV.

From

this

program.

To

stop

function

provided

loading

the

disc,

TV.

start

the

Photo

on

the

screen:

on

the

player

opening

screen

on

the

TV.

the

bottom

of

the

13'

icon.

'Options'

screen

select a language

of a country.

the

...,J

icon

Photo

CD

opening

PLAY

NOTE

for

CD

BRIDGE

And

for

Digital

Video

CAUTION

PICTURE

OF

TIME.

THE

PICTURE

THE

PLAYER

depends

on

the

setting

is

default

"OFF":

disc,

the

CD-I

program,

select

it.

"ON":

disc,

the

CD-I

of

the

CD-I

point,

all

interaction

at

any

time,

by

the

CD-I

start-up

CD

program,

you

may

also

or

remote

control

of

the

Photo

this

screen a menu

will

now

appear.

click

on

the

will

be

replaced

(Return)

of

screen.

discs,

CD-I

Video

discs

Cartridge

has

been

ON

THE

THIS

CAN

CAUSE

TUBE.

IN

SUCH

OR

REMOVE

value

of

Autoplay

"OFF".

start-up

screen

the

'Play'

icon

program

will

start

program

now

is

between

select

the

STOP

CO-I

program.

screen

appears

select

the

'PLAY

press

the

PLAY

(6).

CD

program

bar

with

icons

box,

the

flag

automatically.

this

screen

to

go

READY

and

SCREEN

A THE

(see

appears

on

the

up

appears

on

you

and

or

on

CD-I'

button

now

apis

or

the

back

to

•

Select

the h icon

screen,

the

selected

•

From

program.

NEVER ANY

LENGTH

OF

THE

PLAYER

NOTE:

on 5 inch After

loading

TV.

1.

Play

Shows

'point-and-click'

than

used

2.

PROGRAM:

called a Favorite

PROGRAM,

appear.

3.

FTS:

icon

created

4.

SCAN:

listed

10

or

5.

SHUFFLE:

bar

6.

REPEAT:

disc.

screen.

?.TRACK/TIME

-

After

number

click

is

displayed.

-

In

PLAY

number

playing

time,

8.

All

the

screen,

with

(Information)

explaining

the

control

language,

this

point,

all

interaction

OF

TIME.

TUBE.

OR

REMOVE

procedure

can

cm)

laser

the

disc,

the

bar:

total

number

to

select

tracks,

the

right » and

move

through

Allows

you

Track

the

FTS

you

to

play

appears

if a Favorite

for

the

disc

that

Allows

you

to

the

play

track

seconds

in

the

Allows

you

order.

Allows

you

can

change

window:

and

in

STOP

of

tracks

and

window

(7),

and

PAUSE

and

either

the

time.

To

change

play

control

and

can

be

selected

remote

control.

CAUTION

discs.

the

track

listen

bar.

to

the

the modes.

at

LEAVE A STILL

PICTURE

This

(12

track

the

30

to

Allows

only

in

20

in a random

You loading,

at

this

'poinhrnd-click'

disc

yuor

and

the

buttons

of

appears.

is

between

PICTURE

ON

THE

THIS

CAN

CAUSE

IN

SUCH A CASE THE

DISC.

also

be

used

CD-Audio

screen

of

tracks

(up

to

any

track.

For

left « scroll

track

list.

to

program a list

Selection.

When

bar

and

the

Favorite

Track

Selection

is

loaded

in

the

to

the

beginning

You

can

set

'Options'

screen.

to

play

the

tracks

repeat

either a track

repeat

mode

mode,

this

total

playing

the

track

time

of

the

window

elapsed

or

the

remaining

between

elapsed

the

time

shown

functions

are

shown

as

desired

INFORMATION

the

menu

bar

in

you

and

the

SCREEN

FOR

BURNING-IN

SWITCH

OFF

for

audio

sections

appears

on

the

30).

You

can

discs

witl1

more

arrows

are

of

special

tracks

you

select

FTS

icon

will

Selections.

This

has

been

player.

of

every

track

the

scan

time

to

5.

in

the

play

track

or

the

entire

in

the

'Options'

shows

the

total

time.

When

you

the

selected

track

shows

the

track

and

remaining

in

the

window.

on

the

by

'point-and-clik'

DISC

PLAY

The

operation

following

table.

If

auto

SHUFFLE

Audio'

screen,

•

After

creating a Favorite

can

compose a title

the

character

screen.

The

title

then

the

disc

is

loaded.

•

At

the

CD-Audio

button,

then

The

CD-Audio

•

Select

each

change

between

space

to

separate

Delete

erases

Clear

erases

the

Cancel

returns

title.

OK

saves

the

title

When

an

audio

Graphics

screen

•

To

let

the

picture

the

action

button

•

You

can

select

or

either

arrow

Depending

on

you

other

information,

language.

•

Refer

to

the

functions.

•

To

play

audio

NEVER

LEAVE A STILL

ANY

LENGTH

OF

THE

PICTURE

THE

PLAYER

of

the

functions

is

briefly

NOTE

or

auto

FTS

has

this

function

width) appears

screen,

'point-and-click'

screen

character

upper

the

last

complete

to

the

and

CO

will

channel

anywhere

another

instructions

only,

OF

TIME.

TUBE.

OR

REMOVE

been

will

be

activated

Track

Selection

of

up

to

30

characters

for

the

selection

on

the

CD-Audio

'point-and-click'

on

the

"Save

will

change

to

of

the

title

in

turn,

and

lower

words.

disc,

case

selected

character.

(or

partially

CD-Audio

screen

returns

to

the

CD-Audio

with

graphics

is

appear

to

click

played,

automatically.

bar

appear/disappear

outside

the

track

number

it.

other

channel

such

as

the

lyrics

that

come

with

011

the

'audio'

CAUTION

PICTURE

ON

THIS

CAN

CAUSE

IN

SUCH A CASE

THE

DISC.

explained

in

the

selected

on

the

automatically.

for a disc,

you

(depending

using

the

keyboard

screen

whenever

on

the

program

FTS"

button.

the

keyboard

screen

using

shift

to

characters

and

complete)

title.

without

saving

the

screen.

the

CD

click

channel

bar.

by

clicking

on

'Track'

numbers

might

in a different

the

disc

for

their

icon.

THE

SCREEN BURNING-IN

SWITCH

'CD

on

give

FOR OFF

OPERATION Start

Select a track

Pause Exit

Forward Reverse Stop

Scan Exit

Shuffle Exit Repeat

Play

Exit Program

Store

SELECT

play • play

play

any

track

ii

the

use

to

move

required.

II

pause

use

pause pause

play

pause

search

forward

searches

search

reverse

searches

play

stop

stops

at

the

disc

scan

plays

disc.

scan scan

normal

play

shuffle

shuffle shuffle

normal

repeat

repeats

or

the

FTS

"Options"

only

already

player.

FTS

normal

program

•

point

track

action

FTS

•

To

in

the

tion

•

To

to

the

click

all

the

Save

the

keyboard

Audio

TLES'.

FTS FTS

FTS

starts

at

the

other

preselected

is

already

playing,

number

disc

contains

the

left « and

through

to

interrupt

play.

or

play

restarts

at

exactly

was

selected. forward backwards

playing.

If

play

first

track.

the

beginning

play

starts

sequence

play

starts

the

entire

track

being

screen.

available

when

been

created

play

starts

to

tracks

as

bar,

and

in

button

to

record

track

bar.

cancel

an

unwanted

FTS

!rack

bar

button.

cancel

the

entire

first

track

in

on

any

action

tracks

disappear.

FTS

screen

screen.

See

beginning

of

track

number.

it

is

re-started.

more

than

30

tracks,

right » scroll

the

track

numbers

the

same

point

through

disc.

through

disc.

is

restarted,

it

of

each

track

on

from

tl1is

point.

appears

in

track

from

this

point.

disc

(or

FTS

program),

played,

as

selected

an

FTS

program

for

the

disc

1n

from

this

point.

required

on

the

each

case

click

on

the

track

in

track,

point

and

click

on

any

FTS

program.

the

FTS

track

bar

button

repeatedly

replaces

the

CD-

'CREATING

FTS

1,

or

If

a

arrows

as

begins

the

bar.

on has

the

play

any

the

to

it

ac-

point

and

until

TI-

2.6

ACCESSORIES • ACCESSOIAES

These

accessories

are

provided

to

help

you

use

or

your

CD-I

Player.

AC

Cord

Antenna

Cable

(RF

coaxial

cable)

Y/C

(S-Video)

Cable

•

available

on

some

The

prcduc:::;

and

3.cr,•

Three

Batteries

I

"Thurnbpad"

Remote

Handset

•

player

versions

cc'3

described

i1ere1n

.

'

.

Control

only

arc

not

necessarily

set-up

Euroconnector

Digital

out

Cable

a·,ail.:_tle

:n

all

countn.es

Maximize

your

designed

specifically

The

optional

from

your

supplier.

CD-I

Mouse

22ER9011

Touchpad

22ER9017

Audio

Stereo

Splitter

22ER9209

Due

to

con::nuotJs.

product

pleasure

with

state-of-the-art

for

your

shown

_/(~~~:)

'\~;;:·P

Roller

Controller

22ER9012

Audio

L-R

Splitter

22ER9208

improvements

this

document

CD-I

Cable

accessories

Player.

here

may

CD-I

22ER9013

Video

Cable

Digital

Cartridge 22ER9956

is

si..bj-ect

to

change

accessories

be

purchased

Trackball

(CVBS)

Video

without

notice.

PCS

79

525

3.1

SAFETY

INSTRUCTIONS

-

Safety

regulations

its

original

condition

with

the

original

Safety

components

-

ESD

>

~

All

IC's

and

many

susceptible

to Careless drastically. When with wrist Keep For components".

- A the

-

never the

-

Use order circuit

3.2

3.2.1

a.

Oxidation soldering.

b.

Avoid oxidation direct humidity. As a result SMDs

c.

Rough may circuit never materials heated connections Never cause do

3.2.2

a.

Heat the and a limited soldering solder

b.

While off each

c.

Remove means

3.2.2.1

a.

When pressure

b.

When the

c.

The preferably (soldering

d

The

PCS

electrostatic

handling

repairing,

the

same

potential

wrap

with

components

detailed

information

set

to

be

repaired

mains

via a suitable

replace

any

set

is

switched

plastic

instead

to

prelude

form

being

SERVICING

OF

General

cautions

on

the

Do

not

for

storage such

sunlight,

the

may

be

affected.

handling

cause

damage

boards.

Circuit

be

bent

or

expand

or

cooled

may

rub

or

scrape

the

value

not

slide

the

Removal

of

SMDs

the

solder

chip.

Small

horizontal

iron.

They

sucker

(see

holding

the

gently

using

terminal

(see

the

excess

of

litz

wire

Caution

on

handling

and

be

removing

pair

of

tweezers.

soldering

iron

be

provided

temperature

chip,

once

71

674

demand

that

the

and

that

components

types

be

used.

are

marked

by

other

semi-conductors

discharges

during

repair

make

resistance.

short-circuit

SMDs

as high

capacitance

of

flexed.

of circuit

(for

components

th

removal:

the

careful.

the

removed,

can

sure

that

you

as

the

mass

and

tools

also

see

"Handling

should

always

isolating

modules

or

any

on.

of

metal

alignment

or

to

rendered

unstable.

(Surface

on

handling

terminals

handle

SMDs

with

places

that

are

places

with

sulfur

temperatures

or

resistance

circuit

boards

to

the

components

boards

containing

Different

and

contract

at

and

the

components

be

damaged

due

chip

components

the

component board

across

2-3

seconds)

can,

force,

be

can

also

be

removed

Fig. 1 a)

or

SMD

with a pair

soldering

iron's

Fig. 1 b).

solder

on

the

or

a

solder

sucker

soldering

iron.

chip,

do

not

use

to

be

used

(approx. with a thermal about

225

must

never

set

be

restored

to

identical

the

symbol

A.

are

(ESD).

reduce

life

are

connected

of

the

set

via

at

this

be

transformer.

other prevent a specific

Mounted

and

results sensitive

or a high

containing

circuit different

to

at

each

by

means

removed

of heat

solder

use

to

a

potential.

ESD-sensitive connected

to

parts

while

tools.

This

in

Devices)

storage

in

poor

bare

hand.

to

or

chlorine

gas,

degree

of

value

of

the

SMDs

as

well

as

the

SMDs

should

board

rates

when

and/or

solder

the

stress.

as

this

may

change.

Similary,

any

surface.

terminal

of

litz

wire

with

the

with

a

tweezers

take

applied

to

lands

by

(see

Fig. 1 c).

suitable

undue

force

with

30

W),

must

control

250°C).

be

used

again.

it

SCILDf.R

3.2.3

Attachment

a.

Locate

the

tweezers

and

Ensure

that

solder

lands

b.

component

MOUNTING

Fig.

2

3.2.3.1

Caution

a.

When

soldering

directly

with

as

quick

as

damage

to

b.

Keep

the

SMD's

board

when

c.

The

soldering preferably (soldering

d.

Soldering

should

e.

Soldering

flux

be

acidic.

f.

After

soldering,

room

temperature.

g.

The

quantity size

of

the

SMD

might

loose

from

DISMOUNTING

OR

\1

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r,

PArR

or

t--'!EAT

ING

t~(/(/

~~,~

Fig.

1

of

SMDs

SMD

on

the

solder

the

component

the

component

(see

on

the

possible;

the

soldering.

be temperature

of

solder

crack

the

is

Fig.

2a).

te

soldering

of

Fig.

2b).

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attachment:

the

SMD

terminals,

soldering

iron.

care

must

terminals

and

body

in

contact

iron

to

be

used

provided

with a thermal about

not

be

done

(of

rosin)

may

let

the

SMD

solder

must

be

land.

If

the

or

the

solder

printed

board

TWEtZf.HS

,'}_;

B

r'(EA

fiNG

C

l.'l

75'1

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lands

by

means

at

one

positioned

well

the

terminals

.

Qy(!).

Fig.

3

do

not

The

soldering

be

taken

to

the

body

itself.

with

the

printed

(approx.

30

control

225

to

250°G).

outside

the

be

used

but

should

cool

down

gradually

proportional

quantity

is

too

lands

might

(see

Fig.

3).

of

side.

on

of

the

<,3

touch

must

avoid

W)

must

solder

land. not

with

the

great,

be

torn

the

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them

be

at

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3.3

HANDLING

ESD-SENSITIVE

3.3.1

Personal

The components safety. A person components via a resistance of the This of transformer.

3.3.2

Transport original

As

a short-circuits another. Always

3.3.3

Work circuits components another. Use a conductive electrical and the Connect surface. Do power All either testing, of

3.3.4

Mount components Make parts operator of If operator into

Special dry nylon

safety

testing.

handling

requires

dealing

should,

to

the

set

to

protect

supply

voltage.

resistance

is

wrist

conductive

the

sensitive

the

it

often

wraps.

If

necessary,

Storage

and

store

packages.

an

alternative

to

material

all

the

discharge

the

Testing

or

handling

on a conductive

and

components

and

circuits

wrist

connection

yourself

via a resistance

wrist

wrap.

equipment

not

connect

any

supply

of

the

inputs

that

are

to

ground

or

do

not

use

components.

Mounting

ESD-sensitive

have

sure

that

the

of

the

PCB,

mounting

are

at

the

set.

is

impossible

to

should

pick

contact

with

the

Conductive

attention

should

atmosphere

and

carpet

or

such.

the

him

transport

the

pins

and

signals

set

to any

been

components same

ground

components

when

COMPONENTS

and

replacing

of

special

normally

same

or package

surface

wrap

between

not

the

freon

components

the

ESD-sensitve

attention

with

ESD-sensitive speaking,

potential

as

against

direct

applied

in

the

connection

make

use

circuits

and

PCBs

original

package

special

IC

package

of

the

component

before

opening

when

testing

or

when

transferring

from

one

package

with

lead

the

conductive

in

the

connection

tools

also

with

to

inputs

as

to

be

tested

is

used

should

supply

voltage.

sprays

for

components

only

mounted.

themselves.

equipment

potential

level

the

PCB.

the

PCB

up

before

to

be

sheet

be

paid

in

regions

the

floor

is

covered

for contact

to

be

and

personal

be

connected

the

chassis

with

lead

of

an

isolating

in

their

one

may

use

which

with

one

it.

loose

to

make

an

surface

lead

of

this

conductive

long

as

the

off.

connected

When

under-cooling

after

all

other

the

metal

mounting

as

the

chassis

mounting

bringing

it

replaced.

Soldering

iron

Wrist

having

a

with

a

3.3.5

Soldering

iron stations. components It suckers.

3.3.6

One after mounted incorporated correct nothing the discharges terminals, clips

3.3.7

To switch-on or inserted with Prevent consequence and

3.3.8

The like

3.3.9

For and examples When device Since soldering will time. The solve spread the a of

Bil

--t+-C::t;II•

tips,

should

and

is

better

to

use

Electrostatic

should

stick

the

ESD-sensitive

on

the

into a complete

supply

voltages

more

than

components

from

we

recommend

or

conductive

Transients

prevent

permanent

phenomena.

PCBs

populated

in

or

removed

the

supply switching

of

DC

lines

on

Working

environment

work

bench

the

one

shown

Replacement

replacing a component

Mounting.

Also a number

is

given.

replacing a flat

leads

will

rosin

flux.

process.

result

in

component

removal

of

this

problem

over a greater

flux

can

be

common

hair

approx.

10

centimeters.

I·

Min.

Safety

wrap

also

those

of

be

the

solder-removing

charges

to

PCB.

an

on

passing

tape

(switch-on

voltage

peeks switching and

for

in

ensure a good

when

is

excess

because

accomplished dryer

200

isolating

low-voltage

kept

at

the

same

PCB.

the

Until extension

this

damages

with

off.

the

of

the

pack,

not

sticky.

area

for 1 or 2 minutes

kQ • max.

transformer

potential

braid

precautionary components

have

the

sub-PCBs

system

on

are

connected,

of

the

PCB.

To

prevent

to

the

components

that

you

apply

on

the

terminals

phenomena)

as a result

no

ESD-sensitive

these

components.

from

test-sockets

on.

on

the

mains

electric

equipment,

service

technician

figure.

Flat

Pack

IC's

see

Fig. 6 Dismounting

of

precautions

rosin

flux

soldered

properly

heated

it

will

attract

degeneration

flux

with a cleaner the

flux

is

by

the

cleaner.

by

blowing

470

kQ

soldering

as

the

than

solder

measures

also been have

been

which

the

PCB

is

conductors

of

electrostatic

via

the

conductive of

the

PCB.

of

components.

should

be

or

systems

as

a

relay

should

look

and

applied

to

the

joint.

by

the

dust

which

over a period

of

will

not

then

even

Drying

of

the

area

with

at a distance

SAFETY

Important

Proper

service

and

of

all

Phillps

performing

require

special It

Is

and

risk

that

Is

important

ARE

and

might

way.

evaluation.

tool

thoroughly

equipment

Safety

After

safety

not

may

passed Fire

1.

2.

3.

4.

5.

6.

7.

8.

LASER DANGER -Invisible

CAUTION -Use CAUTION -The

repair

Philips

equipment.

and

described

in

service

operations.

the

use

of

tools

should

Important

NOTICES

of

Improper

advise

which

just

and

Be

the

Important

service

Never

as

hardware

Soldering

solder

leads.

cord}.

loose

Check

physical

necessary.

No

more.

must

Critical

Identified

within a broken

grouped

A

Replacement

may

When

transformer

may

Many

potential

which

used.

be

to

note

that

which

should

personal

Injury

service

methods

to

understand

NOT

EXHAUSTIVE.

the

service

be

Consequently,

the

check

have

trade

done

or

of

the

Phillps

Accordingly. a servicer

Is

not

recommended

that

neither

will

be

jeopardized

Checks

original

service

should

be

the

areas

where

left

an

unsafe

on

to

your

customer.

Shock

Haz:ard

sure

all

components

possibility

of

adjacent

on

those

shop.

release a repaired

Insulators.

barriers.

have

been

and

wiring

joints,

solder

pinched

leads.

Be

certain

foreign

particles.

across-the-line

evidence

Follow

lead

or

component

Lead

tension

be

avoided.

components

with

a A

line•

In

one

on

the

schematic

parts

create

shock,

servicing

any

for

the

may

expose

cause

damage

electronic

products

·on

the

plug).

Defeating

hazard

to

do

not

Incorporate

NOTE:

of

radiation

use

GUIDELINES

Is

Important

to

The

this

used

to

possible his

problem

made.

you

units

must to of

original

around

having

by

area)

without

fire, chassis.

to

the

laser

controls

the

service

procedures

service

manual

Some

of

spec I ally

designed

when

and

as

this

manual

contains

be

carefully

read

service

personnel.

may

damage

that

these

CAUTIONS

Philips

could

not

of

all

conceivable

hazardous

has

not

undertaken

who

uses a service

by

Philips

safety

nor

the

by

the

service

has

been

Be

sure

to

have

worked.

condition,

which

Be

sure

to

are

positioned

component

which

are

transported

unit

unless

all

covers,

strain

installed

according

be

Inspected

splashes,

sharp

or

damaged

Insulation

remove

loose

components

and

damage

or

deterioration

layout,

lead

should

touch a resistor

protruding

special

safety

the

Ref.

No.

In

the

(where

several

along

with

diagrams

and/or

the

same

or

other

hazards.

unit,

always

use a separate

Failure

to

you

to

posslble

servicing

instruments.

use a polarized

this

safety

servicer

and

the

polarizing

radiation

when

or

adjustments

exposure.

of

optical

instruments

FOR

THE

safe,

reliable

operation

recommended

are

effective

methods

these

service

operations

for

the

purpose.

recommended.

various

in

order

The

the

possibly

ways

consequences

must

first

safe

method

corrected, a complete

check

over

Some

could

check

all

in

such a way

shorts.

protective

reliefs.

to

the

to

locate

solder

other

length,

metal

characteristics

parts

critical

the

exploded

safety

use a separate

shock

ac

line

feature

user.

feature

open.

The

CAUTIONS

to

minimize

the

possibility

exists

equipment.

It

also

and

NOTICES

know.

evaluate

In

which

service

of

each

any

such

broad

procedure

satisfy

himself

operation

of

the

selected.

the

entire

set,

be

unknowingly

of

the

following:

as

to

avoid

This

is

especially

to

and

from

the

devices

such

and

other

original

design.

possible

cold

points,

frayed

(including

the

balls

surfaces

or with

ac

and

all

other

components

for

and

replace

and

dress.

rated

at 1 watt

or

edges

are

list

and

enclosed

components

are

safety

symbol

views.

characteristics

Isolation

isolation

hazard,

and

cord

(one

wide

may

create

Extension

cords

should

never

be

AVOID

DIRECT

performance

this

product

PROFESSIONAL

Fire

and

9.

After

by

test

of

parts

knobs

be

shock.

*

Broken

Leakage

1.

Unplug

prongs

.

2

Turn

.

3

Measure

and

heads.

or

metallic

should

exposed

reading

cord.

TO

INSTRUMENTS

EXPOSED METAL

Leakage

1 _

Do

completely

2 _

Connect

between

ground

_

3

Use

measure

4.

The

leakage

if

current

outside

hazard.

returning

5.

Repeat

An

not

Parts

Replacement

1.

Many

special

are

protection

replacement

etc.

safety

replacement

a

shock.

the

permission

Implied,

Servicer

2.

All

electrostatic

repair

EXPOSURE

of

procedures

will

Increase

SERVICE

Shock

Hazard

reassembly

or

resistance

of

the

cabinet.

removed).

antenna

sure

the

unit

is

line:

-•-

Current

Cold

the

ac

line

cord

of

the

plug.

on

the

power

the

resistance

all

exposed

cabinet

antennas,

part

has a return

be

between 1 megohm

metal

does

must

be

infinity.

_..._._J,

PARTS

Current

Hot

not

use

an

Isolation

reassembled

a 1 .

5k.

1

OW

each

exposed

such

as a water

an

ac

voltmeter

the

potential

at

any

current

tester

must

not

exceed

of

the

specified

The

receiver

It

to

the

customer.

the

above

procedure

ac

adapter

is

necessary

defeat

the

polarizing

electrical

and

safety

not

evident

afforded

components

The

use

of a substitute

characteristics

part

shown

fire,

or

other

original

design

from

Philips.

arising

out

assumes

and

many

dis.charges

can

redud'\11

TO

BEAM.

other

than

eye

hazard.

all

other

the

those

ICs

{Continued)

of

the

unit,

test

from

Also.

terminals,

safe

to

operate

•-•-

Check

and

switch.

value

parts

and

control

not

have a return

Remove

0.15µF

Cheek

transformer

unit

resistor

metallic

pipe.

with

at

across

point

may

0.5

limits,

should

feature

mechanical

characteristics.

from

by

them

rated as

In

hazards.

be

modified

Phillps

of

any

unauthorized

liability.

semiconductor

(ESD).

life

of

specified

TECHNICIAN

always

perform

an

the

line

check

all

without

connect a Jumper

between

of

the

shafts.

path

to

and

the

directly

paralleled

cabinet

as

shown

least

5000

the

resistor.

should

not

be

used

milllamps.

there

be

repaired

with

the

when a polarized

of

parts

visual

necessarily

for

part

which

the

this

service

Under

or

assumes

Careless

the

part

herein

ac

cord

to

all

exposed

metal

control

shafts

handles.

screws,

danger

of

electrical

•-•

between

the

Jumpered

receiver,

such

as

When

the

5. 2 megohms.

path

jumper

Into

to

Is a possibility

ac

the

In inspection

higher

does

Philips

no

altered parts

drastically.

exposed

chassis.

the

When

to

the

chassis,

from

the

WATER

PIPE

(EARTH

GROUND)

for

this

test.

Plug

the

ac

outlet.

by a 0.

15uF.

capacitor

part

and a good

above.

ohms/volt

sensitivity

exceed

0.

75

volts.

make

this

test;

If a measurement

of

and

rechecked

plug

reversed.

plug

is

used.

plug.)

Phillps

equipment

These

characteristics

nor

can

be

obtained

by

voltage,

wattage,

not

have

the

recommended

manual

may

circumstances

without

no

llabllity,

express

modification

of

design.

are

susceptible

handling

may

result

In

hazardous

leakage

metal

(with

etc.

to

the

two

ac

plug

screw

reading

the

ac

line

the

earth

to

A

leakage

Is

shock

before (Note:

Do

have

the

using

same

create

should

written

or

to

during

ANTISTATIC

MAT

TOOLS

TO

BE

USED

~,

MAGNifY!MGi

CUT'HNG

THE

\

!

GLASS

LEADS

DISMOUNTING

HA!RDRYER

SOLDER

til!,$•0,8

FIXING

A.T

THE

MM

IC

CORNERS

OESOLDER BRAID

''''''''

'

MOUNTING

SOLIJERiNG

WEU

..

ER

TCP

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,,,.,,,,,,,,,;~-

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THE

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DRYING

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IN 5 SEC,

WRONG

PCS

71

253

3.4 CODENUMBERS FOR STANDARDIZED RESISTORS

Unless otherwise specified, all defective resistors

circuits

mentioned

of

the set can

in

this chapter.

be

replaced by standardizes types,

in

the

VR25, VR37 high-ohmic/high -voltage resistors

J,$

{),6

The codenumber above is completed by inserting the first two figures (resistance code)followed by the

multiplier. 8

for

R=

9

for

R=

1forR= 2forA= 3forA= 4forR= 5 for A=

or

> 1

1

10

100

1

10 100 MQ

to

9,

1 Q

to

91

Q to910Q to9,1KQ to91

KQ to910KQ

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

Range VR25 : 100 KQ to 22 Range VR37 : 100 KQ to 33

Composition

of

the service number

Main subgroup: 4822 053 20

The codenumber

above

MQ MQ

for

the VR25 and VR37

...

and 4822 053

21

...

is completed by inserting the first two figures (resistance code) followed by the multiptier.

4 for R 5 for 6 for R =

= 100K to 910 KQ

A = 1 M to

or

> 10M

9.1

MQ

Example's: The serv.nbr. for a VR25 resistor is

4822 053 20104

The serv.nbr. for a VR37 resistor

of of

100

33

Kn

MQ

is 4822 053 21336

PR01, PR02 and PR03 power metal film resistors

NFR25 fusible resistors A

,,..-

_Dm_•_<

Composition

of

the service

-+--l_m_ax_

6.5

number

OJ,

for

.~.L~

..

~.?

....

.;;

1

the NFR25

Main subgroup: 4822 052 10 ...

The codenumber above is completed by inserting the first two figures (resistance code)fol1owed by the multiplier.

1 to

9,1

8 for

A==

9 for

A== 1 for A= 2

for

A= 3 for

R=

1 o to

100 to 910 n

1 to

10 to

91 9,1

91

Q

n

KQ

Example:

The service

number

of a resistor

of

47 Q

is: 4822 052 10479

NFR25H fusible resistors

A

•11·

4iDm.IDl

3.9 0.8

===:'.'.,

.1---

r~)tc\,=•·

. u j

16.7

i7

,9

==::::i··

mn

o.a

Rated dissipation at T(amb) = 70 degrees : PR01

= 1

Watt

Composition

PR02 = 2

of

the service

Watt

PR03 = 3Watt

number

for

the PR01, PR02 and PR03 Main subgroup: 4822 053 10

053 12

...

PCS

71

254

...

; 4822 053

:ild

11

...

and 4822

..

j

Dma11

l.1,Mw:

d

ai1

.,.

<=2'

f

v;

s•

o.a

s:1

Composition Main subgroup: 4822 052

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: The service number is: 4822 052 11479

of

the service

1

to9,1

10 to

100 to 910 n

1 to

10

to

of

number

11

...

n

91

n

9,

1

Kn

91

KQ

a resistor

for the NFR25H

of

47 Q

RC-01, RC-11

i

Q;~

§ilii'•··~:zi:~======~~~

±°::_<'.}::1,,

..

'J. I

AND

RC-21 chip resistors

_....----------',---,,,,eN

--oJW.±.0.25'

,lf't:ir.ei:~~,:10-,t

_,r--re:i-rt:o,laver

{Ql(!l!tglillt.nl

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

>

10

o to

1 o to

100

1 to

10

100

1

Mn

9.1

n

91

n

to910n

9.1

Kn

to91

Kn

to910Kn to9.1

Mn

J..rr0.45:':.0.25

1

i,16

..

¢.1$

C

/

................

prot.a.!~l\rtt t'.am

/

11•,

~

(l,2!;;:iJ,15f<>r<1111•1

orO-AO

i:

:0.20 for

..

in.-

mm

_,

---

• o.:;o;to.20

2.0:!:0,15-

Ail dimensions

o.a~~:~:

L;....'-.L......------..1...LJ

---

1.6.:!.0.m

•·······--!

stylff!

Example's: The serv.nbr. for a RC-01 resistor

on

is 4822

The serv.nbr for

o n is 4822

The serv.nbr. for

o n is 4822

The serv.nbr for

10 n IS 4822

The serv.nbr. for

10 n

The serv.nbr. for

1 o n

MRS16T metal film resistors with low-inductance

21

Composition

Main subgroup: 4822 050 1 ....

The codenumber above is completed by inserting the first three figures (resistance code)followed by multiplier.

8

for

9

for

1

for for

2

3

for

4

for

5

for

051

10008

a RC-11 resistor

051

20008

a RC-21 resistor

051

30008

a RC-01 resistor

051

10109

is

4822

is

4822

I)

,

..,

+0,2

',f , ..

R= 4,99 R= 10 R= 100 R= 1 R= 10 R= 100 R= or > 1

a RC-11 resistor

051

20109

a RC-21 resistor

051

30109

,0,1

of

the service

Mn

to 9,76

to 97,6 n

to

976 n

to 9,76 to 97,6 to 976

of

number

n

Kn Kn

Kn

of of

ot

3,1

for

the

0,£-0,04

MRS16T

the

Absolute max. dissipation : RC-01

: 0,25

W,

RC-11 : 0,10

Range: RC-01 0 Q TO 10

Composition and

Main subgroup: 4822 4822 The codenumber above is completed by inserting the first multiplier.

RC-11 0 Q TO 10 MQ RC-21 0

RC-21

051

two

figures (resistance code) followed by the

Q TO 6,8 MQ

of

the service number

30

...

051

MQ

10

W,

...

RC-21 :0,062

for

the RC-01,RC-11

, 4822

051

W.

20 ... and

Example: The service number

of

a resistor

of

4822 050 14871

MRS25 metal film resistors (0,5%)

,..----L1~,

'

Composition

Main subgroup: 4822 050 2 ....

~

-rl=·

L2

D Li

2,5

of

the service

.:

6,5

::::::='.

=:--':m,

lilO

number

487 n is:

7.0

for

the

0,6 >

0,03

MRS25

PCS

71

255

codenumber

The first three multiplier.

figures

completed

is

above

(resistance

code)followed

by inserting the

by the

R= 1

for

8 9forR=

R= 100

for

1

R= 1 to

for

2

R=

for

3

R= 100 to

for

4

R=

for

5 6

Example: The service

4822

for R=

050

or

29761

10

>

number

to 9,76

to97,60

10

to 976

10 to

to 9,76

1

MO

of

9,76 97,6 976

resistor

a

o

0

KO KO

KO

MO

of

976

n

is:

PCS

71

256

3.5 CENTRAL REPAIR PROCEDURE OF THE MAINBOARD If the defective item is

CIAP section or digital video section, then the complete main board must central repairshop.

Relevant sections are displayed when using the diagnostic programme (chapter silkscreening

Dealers must contact the national Service Centers for this procedure. See further on

instructions and addresses.

If the defective item 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

of

means

(See chapter

1 .

Low Level test

2.

Service Shell

in

on

the board can

built-in diagnostics :

5 SERVICE SOFTWARE)

in

the circuitry of the

be

replaced and sent back to a local

5)

and are marked by

the layout of the board.

in

this chapter 3.6 for

is

in

the circuitry

(in

short Lltest)

be

of

the SERVO section,

isolated and found by

~tP

section,

3.6 REPAIR PROCEDURE OF THE MAINBOARD

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

- ALL RETURN ITEMS ARE SUBJECT TO INSPECTION

FOR MISUSE OR ABUSE. PHILIPS RESERVES THE RIGHT TO REFUSE CREDIT

- Damaged or cracked boards will be refused for credit.

3.6.2 Procedura

Nel caso difettoso Autorizzato alla voce Philips Service). Si raccomanda di leggere attentamente prima ulteriori informazioni

3.6.3 Reparatur Prozedur OSTERREICH

in

si

prega

di

interpellare

di

Riparazione ITALIA

cui

ii

prodotto non funzioni correttamente o sia

di

contattare

di

zona (consultare l'elenco telefonico provincia

ii

Centro Assistenza Autorizzato. Per

si

consiglia

SERVIZIO CONSUMATORI PHILIPS

PIAZZA

TEL.: 167 - 82 00 26 (Linea verde)

IV

20124 MILANO

FAX: 02 - 67 52 26 60

in

detail.

ON

SUCH ITEMS

ii

Centro Assistenza Tecnica

le

istruzioni d'uso

di

interpellare :

NOVEMBRE 3

IN

YOUR COUNTRY

Pour toustes autres questions, veuillez vous adresser "Philips Info Center":

PHILIPS INFO CENTER

c/o SER LOG

3.6.5 Proceso

Para

el

proceso centralizado de reparaci6nes de CD-i puede ud. Tamar contacto con Lluch. Direcci6n :

EUROSERVICE (SERVICE SPAIN)

3.6.6 Reparaturabwicklung DEUTSCHLAND

Das fehlerhafte Mainboard muss Verpackung mit detaillierter Fehlerbeschreibung hierunter genannte Adresse gesandt werden. Die Rucksendung des defekten Mainboards erfolgt folgende Adresse:

CONSUMER ELECTRONICS

SERVICE+

FEGISTRASSE 5

CH-8957 SPREITENBACH

TEL.NA. 056/70 72 70 FAX.NA. 056/70 75 75

de

Reparaci6n ESPANA

BRUCH 147

08037 BARCELONA

TEL.NA. 34 3 2070100

FAX.NA. 34 3 4574894

PHILIPS CE GmbH

SERVICE ORDERDESK

z.Hd. Frau Billert

ALEXANDERSTR. 1

20099 HAMBURG

LOGISTIK AG

el

Sr. J.J. Morillas o Sr.

-149

in

ESD-sicherer

an

die

an

a

Bitte richten Sie alle weiteren Fragen SERVICE ZENTRALE:

Osterreichische Philips lndustrie GmbH

Service Zentrale

Gutheil - Schodergasse 12

A-1100WIEN

TEL.: (0222) 60 101-0

FAX:

(0222) 60 101-5596

3.6.4 Reparatur Prozedur SCHWEIZ Procedura Procedure

Bitte richten Sie alle weiteren Fragen an Center": Per qualunque domanda vostro "Centro Philips d'lnformazione":

di

Riparazione SVIZZERA

de

reparation SUISSE

in

questions rivogetevi p.f.

an

den PHILIPS

1hr

"Philips info

al

3.6.7 Procedure de reparation FRANCE

- Commander

- re-utiliser l'emballage initial pour retourner la piece SERVICE SA Retourner les principales pieces defectueuses l'adresse suivante:

Joindre Si

la

reparation est sous garanti, joignez une demande de

remboursement

Remarque:

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.

le

circuit principal

SERVICE SA

Service Retours

Rue

des Vieilles Vignes -

77311 - CROISSY BEAUBOURG

le

ticket de prelevement de la piece livree

Si

le

circuit defectueux n'est pas retourne dans les 8 jours qui suivent la livraison de piece de remplacement, une facture complementaire sera etablie.

I Pieces Detachees

BP

02

a

la

PCS 79 526

4 MECHANICAL DRAWINGS

4.1

Exploded view of the cabinet

COVER

ffi

SCREWS

7

COVER

£

HEADPHONE

PANEL

SCREWS

2

ffi

PO

~

FRONT

SCREWS

4

POWER

RS

WE

SCREWS

2

FRAME

In

KNOB

T

WI

DISPLAY

PANEL

6

CH

SCREWS

LOADERl210/05

CDMl2.4

SCREWs

3

£

MONO PANEL

SCREV\S

&

/60:

/65/61

177171

•IO

8

SCREWS

LOADER

SUPPORT

GLIDINGSUPPOR

SCREWS

I

POWER SUPPLY

SCREWS

3

&

TEXTPLATE

SCREWS

3

&

COVERPLATE

SCREWS

4

£

t

a

i

<)

I

[]

<)

~---<14

~

~ANEL

-~¼)

HEADPHONE

1002

--

6iJ

0

®

DISPLAY

PANEL

1002

.-HJ)

In

MAINS INLET

BU-I

&

POWER SUPPLY PANEL

1002

FRAME

®

9

t

PCS

79

527

screws= metal=

plastic:

M2,5

3M

otherwise

not

if

x 6

10

x

indicated

HAS.CDl220PH4

4.2 Exploded view of the loader

DETAIL

A

41

,----------------------i------------

t

~-------------------------,

18

~-------------------<42

8

B

f----------------------------------,0

0

+

2

0

+

rn

lD

PCS 79 528

5 SERVICE SOFTWARE

In the set

1 . Low Level test

2.

5.1

Scope

This test is standard implemented in CD-RTOS. It

Level test is

To run the

must be connected to the inputport via Port

To start

pushed the COi-piayer. the screen

there

are 2 different testsoftware available:

SeNice

Shell

THE LOW LEVEL TEST

doesn't

Menu

low

the

test

at

the same time that the

of

the terminal

need a lot

driven.

level test a terminal (VT100 or equivalent)

the

space-bar on the terminal

To

continue with

must

the

boot

software

of

hardware to run.

2.

must

power

is switched-on at

the

test, the instructions on

be followed.

of

The

be

5.1.1 Testsequence

Table below what kind

STEP

Display LLtest

ITEM

Selecting this item will end the lltest and continue with the boot. After the boot the player shell is started up.

shows

all the steps

of

tests are performed.

ACTION/TEST

0

2 3

4

5

6

7 8

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

header

and release

O : Exit Low Level test

of

the testprogram and

PERFORMED

number

ITEM 1 : Writing to a default RAM address

This test writes the powers The result is read again and will be displayed. can be selected by the user ( only word adresses }.

'ESC'

Pressing

If

one trys program will system will

stops the test.

to

write to unused NOT

generate an error message and the

hang

up.

of

2 to a ( word ) address.

The

space

in

the

memory

address

map, the

ITEM 2: ROM parity check (System ROM)

For the ROM checked:

- Display the identification code for this ROM (ROM ID)

- Display the release number

- Display the checksum of this ROM.

If the checksum is not ok then a specific error will be displayed.

the

following information is displayed and

of

this ROM

Low

ITEM 3 : NVRAM test

- For the

- 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

ITEM

The dram test is performed for both ram CHIP1 and memory followed by a test The following actions take place in the

This test has also

NVRAM

w : writes continueously the address as

r : reads continueously the complete nvram

d:

ESC stops these functions.

4:

ORAM

1.

fill the

2.

read the address.

3.

if

the

error

4.

write the inverted long word address as data memory.

5.

read the inverted address.

6.

if

the

error

w : writes continueously the long address

r : reads continueously the

d : displays the contents

ESC: stops

test three different tests can be selected:

some

hidden functions. Pressing :

data

nvram.

display).

( no

displays the contents

always

memory

some

dram.

these

The

a destructive test.

for

with

contents and compare with the

and stop testing.

contents and compare with the

and stop testing.

hidden functions. Pressing :

The

functions.

locations.

long word read is ok then continue else give

message

long word read is ok then continue else give

message

the

locations.

of

421

succeeding ram

start address is given by the user.

The

test is

CHIP2

as

one large

each bank separately.

dram

test:

the

long word address

as

dram

( no display ) .

of

421

succeeding ram

start address is given by

to

as

data.

to

data to

the

ITEM 5 : CIAP test

1.

Read contents

and diplay version : "CDxx"

Example : CD01 is for CIAP1 .0,

1.5

2.

Start Built-in Self-Test (81ST). Display 81ST signature:

Device CIAP 1.0 CIAP1 .5(ES2} CIAP1 .5 - (MOT)

of

lndentification Register (IDR)

CD02

IS for

Long 81ST Short 81ST

75B0 1F5C

BBCD

CIAP

F286

1BF4

the

user.

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 then the errormessage will display the number(0

2.

Display the

(IKAT:

are

tested. If

..

7)

of

the defective dataline.

versionnumber

50 = VERSION

one

data line is defective

of

the IKAT software.

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 (

in

a hang-up

The devices are

IKAT and NVRAM.

ITEM 8 :

2 Read continueously the contents

of

the testsoftware.

DRAM

V0SC

test

Write continously Registers

Status Register (CSR).

of

no

DTACK)

1,

DRAM

$00

to the Display

the master and slave.

it will surely result

2,

SYSTEM

ROM, CIAP,

Decoder

of

the Control

5.2 THE SERVICE SHELL

Introduction. For service purposes the CD-I set has built-in testsoftware modules. shell by menu.

The

- Video circuitry, by

-

These

modules

modules are for the testing

means

CDM

and

seNo

circuitry. Testing cicuitry in disc.

the

seNice

shell is only possible with a CD-DA

can be activated via the service

of

:

of

a colorbar testpa tern

the

CDM and

seNo

5.2.1 Starting sequence of the service shell

1 . Put the

2.

Connect at Or inputport.

3.

Put the on the Iv-screen.

4. Disconnect the shortcircuit Or Now

5.

Access of the menu can only be carried out

power

off

the

RXD2 and TXD1 lines

the front

insert testplug

remove the testplug.

of

the

player

(pin2 and pin3).

4822

264 50263 into the

power

on and wait until the menu appears

of

connect a pointing device to the input port:

of

the inputport

RXD2 and TXD1.

by

means of a "M"(ouse) pointing device like:

4822

691

Tracker Ball Mouse Rollercontroller

selectable/non selectable items Each menu boxes and text strings. selected by moving the screen cursor above the box and clicking on one of the pointing colored boxes will

"ERROR" messages on the screen The

service shell will provide information about errors in a

box

at and continue a button must device.

menu structure When with a result in a submenu being displayed, other boxes may result in

immediate action. Selecting the service shell and restart the player. Selecting submenu will return you to

of

the service shell consist

boxes

can be selected. Clicking on

have

no effect.

the bottom

the service shell is started, the main menu appears number

of

the screen. To remove such a message

of

boxes on it. Selecting

4822 4822

Some

be

the

of

device

clicked on the pointing

previous menu.

30298

691

30297

691

30293

of

a number of

these boxes can be

buttons. Only the

one

of

some

boxes will

EXIT

box will stop the

EXIT

the other

in

a

PCS 79 529

5.2.2 Subject dependent information

Main menu The main menu contains three item boxes.

TEST IMAGE

1. CD DRIVE

2.

EXIT

3.

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

part is

First of all the communication with the

1. checked then after clicking the IKAT version After clicking

2.

is

one of the buttons the CD drive

on

displayed.

on

one of the buttons

CD

test menu will appear. The CD drive test will

the

perform the service loop as implemented

Philips CD audio players. A CODA disc

for this test. Results of this test will be displayed

in

needed

is

on

the tv-screen.

drive test is selected, the next items

selected:

be

cd

this item will result

on

in

a

When the

3. can

ARM OUT. Clicking 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.

Selecting this item will return the sledge

IN.

ARM

the outside.

at

is

it

to the centre area of the disc

if NEXT MODE. Selecting this item will put the servo circuit into some modes (or steps). The

the red box

modes are displayed

top of the screen, while messages are

at the

the red box on the left.

displayed test consist

in

of

in

the following steps:

on the right

drive

the

MODE2 The turntablemotor is rotating and controlled by the rough HF. The message MOTOR OK will appear.

error occurs, the message MOTOR ERROR

an APEARS and the test will return to mode

mode 2 will bring the

Selecting NEXT STEP

3.

mode

in

player

in

MODE3

now activated and the message

The radialservo

is

RADIAL TEST OK appears. The optical pick up will

follow the tracks now and the sound

error message will

error occurs,

an

If

an

displayed and the test will return to mode

mode 3 will bring the player

NEXT STEP

in

normal playing mode, but if something goes wrong

"x"

an

the next list :

in

is

the bottom of the screen

at

displayed.

error x"}will

be

The meaning of the

no error

0=

focus found

1 =

focus error

2=

radial error

3=

turntable motor error

4=

search time error

5=

subcode error

6=

TOG error

7=

fatal sledge error

8=

exit the SERVICE SHELL the power must

To switched off.

0.

muted.

is

be

0. in

error code ("CD

be

If

MODEO

and ARM OUT buttons can

the ARM

0,

mode

In

selected to move the sledge with the optical unit

be

IN

inwards and outwards. Selecting NEXT MODE will bring the player

1.

mode

in

MODE1

the IKAT processor will try to focus. If

1

mode

In

disc must be present!), the

manages to do so message

IN

(a

FOCUS will appear

the left box.

in

Otherwise, the message NO FOCUS will appear

in

In

to

mode

after the processor has tried to focus 3 times. that case (no focus found) the test will return

o.

mode Selecting NEXT STEP will bring the player

2.

it

530

79

PCS

6 ELECTRICAL DRAWINGS

BLOCKDIAGRAM with FUNCTIONAL SURVEY

6.1

build up on one double sided 4-layer

The circuitry

board and consists of the following functional parts and blocks:

is

main

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)

· 1 MB 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

16L8-10

- PAL 16R4-10

- PAL

CD Control part

12.1

COM

· for Controlling 2

- TOA

·

1301 stage 3 beam servo mechanisms) Additional discrete HFD and defect detector circuits CD 60 (CD Decoder)

Digital Servo

2;

(DSIC

IC

Audio part

- DAC (CS4303) Audio outputs L/R

-

- Audio headphone output

L/R

Power Supply

-5V

I

+5V

- +25V

I

Interfaces

interface (flex conn. pos.1008)

12

COM Power supply inlet (pos.1 001) Pointing device input'output front (pos.1 022) Pointing device input'output rear (pos.1033)

096)

Extension connector 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)

(pos.1

TO

HEADPHONE

,OHOO

TO

HEADPHONEL

CDM

12,4

&

LOADER

I

TD

TO

v•c

Y,C

I I I I

I I

L-------------....1

I

I I I I

:

I I I - - - - - - - - - - -

r---------------

r---------

AUDIO_LAUDIO_R

---

-------r--1...._--

-

ANALOGAUDIO

R

~

I

y

I

i

HOOFDMOTOR

I

_..____.R1-R2

l

I

1---+--1----~FOC

-'------RAD__.@]-

1---:--I

1----------------------------~------

I

l

u :

HF

DLD4

@]--

LASER

TRAY

,

~

<}->-----=-L..t.<J-,..-

I I

I

I I

L----------------------------------~

CONTROL

CD

1------------1-----1

<:J

I

--!DI-

I

,8.46MHz

AUOODAC

___

._

I

fE>l

~

DSIC2

:-~---------------------!:!------------!

DECO

CDSO

IS

DOBM

---------------------------------------------------------

TO

SCART

>-----0--

CVBSiR

CLOCK

TO

SCART

)---

y,G

VIDEO

-

I

TD

SCART

-----

CHINCH

-----

TO

~~!

CVBS

B

..

C

BTicxx

CALVIN

ENCODER

&

DAC

- - - - - - - - - - - - - - - - - - - - - - _1

-

1$

OACCLOCK

:)---------------------------

00.

TO

VIDEO

RF

-------------------------------------------~-----------------------

r---------------------------------------------•

I

I I I I

I

---

.

~

r-------------------------

I

CD

:

I

AND

I

I I

I I I I I

'

I

I I

'

~---------------------------------~

1-------------------------

UP

:

r------,

:

~

:

r.::;;-,

:

~

:

FOR

I I I

'

I

I I I I

I I

I

:

I I I

I I I I

OIGITAl

•----------------

INTERFACE

AUDIO

I•'™'"

PART

-

-~

:

NTSC

CLOCK

CONTROL

PROCESSOR

~~-----'-:

ORAM

DATA

RGB

I

BUS

1--

BANK

1

5l2KB

VDSC

BUS

B.S.

CIAP

-------=--~~--.....J

:

;____

MASTER

~~~

SCCB!Kl70

DIGITAL

2

512KB

DRAM

ADDRESS

1

--,.

.

,

F

I

.

,

-------

VIDEO

BUS

~

Slll

h

Slll

I

I ;

1-i--

BUS

CONTROL

ADDRESS

DAlA

I

BUS

RGB

DIGITAL

.

__________

LR

AUDIO

S

I

1-------------

I

.

I I I

I I

•

I

-----------'

.

I

-,01--I

4.m2

I

MHz

I I

I

I I

I I I I

_________________________

1

1------

I

~--------------------------J

HFD

COM-SERVO

TRAYOC

___

I

10

,.------=:.......::::.........:._

r

.

CD/SLAVE

IKAT

MC68HC0518

_

-----------------------------~~-!

--

-----------------------------------------------

+-----------

___

...,_

DISPLAY

I

~----,

- I

-<>lo-

~

BUS

;;Rvi

-

,.,,

.

a

,.,,

.

a

;

~

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94-04·29

0

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I I

BUS

I

t

BUS

I

~

I

I I

J

GLUE

LOGIC

SYSTEM

ROM

4M

NVRAM

CLOCK

321<.xB

OR

8K;t8

I

'

J

I I I I

I

+----,

I I

I I I I

I

'

I

'

I

'

r-------------

EXTENSION: CONNECTOR

.

•

I I

SLOT

FMV

•

GLUE

LOGIC

.sv

.,v__.

____

GNO

---------'

+24V

---

~

,._

~

POWER

SUPPLY

I

__,

POINTING

PCS 79

DEVICE

PORT

INPUT

531

RS

1

2

DEVICE

1

I

6.2

(9-

MS

®-

PCS

WIRING DIAGRAM

---

-----

>--

-+--

-

i i

i i i

i

~-------- --

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i

j

79

532

--

---

CDM

-~

·-·-

--·

.....

-

---

- ·-·- ·-·- ·-

TRAY

12

.4

TT

MOT

·-·- ·

---

8022

TT--.-,..-,

H20

l

I

GNO

2

NC

3

GNO

t

5VRS2

•

CTSE1

5

6

GNO

7

RXDE1

6

RTSE1 TXDE

10

GNO

'

·-·-·

-·- ·-·- ·-!

LOADER

,--

-

----

,--

-

--t--+--

T

RAYSWITCH

-- -- ------·- ·- ·-·- -

HEADPHONE

+----1M

~ M

8021

PANEL

ii67

1

GNO

2

HEADPHL

3

POTML

4

POTBL

5

GNO

6

GNO

7

HEADPHR

8

POTMR

9

POTBR

10

GND

®-

!

7

40

--~

I

i

j

__ __ __ _

·-·-·-·-·---------·-·- ·

~g~:o\l

COl2

-----------------------

RE

MOD

-

M8

1

Vsub

GND

2 3

Vdd2

NC

4

RFE

5 6

NC LOON

7

a

D1 D2

9 10

03

11

05 04

12

13

RAD

·

14

RAD+

15

FOC

-

16

FOC+

1008

14

~

---

--

.........

10

R

_______

-·-·-·,

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j

i

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LS

--------

M96

EX96

I

OAT

AO

5

1

M6l

SLJOESW

1

GNO

2

3

GNO

4

HMP

5

GNO SLEDGE

6

W7

CADOYSWITCH

GNO

TRAY

TRAY+

33

34

35

36

37

38 39

40

.,

42

43

44

45

46 47

48

49

so

51

52

53

54

55

56

57

58

59

60

61

62

63

64

·

5 6 7

a

9

20

21 22 23

,.

25

26

27 28

29

30 31

32

2 3 4

10

11

12 13

14

15 16 17 18 19

OATA9

OATA3

OATA12

OATA6

0ATA1

NVSYN

ROYN

GNO

ACK2NKON

GNO RWN

·SV

INTREON

GNO LA0016 GNO LAD018 GNO

LADD1 LAD014 LAD01

LAOOS

GNO GNO GNO GNO GNO GFMV GND 1

5V

,sv

---------

B

U13

SCART

DATA8

OA

OATA11

OATAS

OATA14 NHSYN

BERAN RESETN

GNO UOSN IACKN

CLKF

ASH LA0023

LADD7

LADD20

LA0019

LADO! LAD02 GNO

LAOD1J

LADD10

GNO

GNOR

MPEGR GNOL MPEGL

GNDY

BF

GNOV ,5V ,

sv

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TA2

MV

T

65 66

67

61

69

70 71

72

73

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75 76

77

78

79

ao

a1

82 83 84 85 86

87

811

89

90

91 92 93

94

95

96

-----

----

~-+-t

OATA1 OATA10

OATM OATA1J OATA7

OONEN XT2 OTCN GNO LOSH RE02KON OTACKN

INTENN

LAD022 LAOD21 LAOD5 LAOD4 LA0017 LA0016

LAD015

LA0D12

LADOi

Kill

GNO GNO GNO GNO GNO RF

MV GNOV ,sv ,sv

~

1

~

®-

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r=

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BU

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RXD12 GND

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RTSl1

6

7

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8

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RXDl

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9

10

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~

1022

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8022 8030

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1 2 3

4

5 6 7

8 9

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5

6 7 8 9 10

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POTMR HEAOPH

GND

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8030

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....

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i

.

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i

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i i i i

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MA

I

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IN

LET

SUPPLY

ER-

swrr

P

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i i i i i i i

6.3 Alphabetical list of abbreviations Remark:

A,B,C+

A,B,C, -

ACK2N

ACM ACK2NKON

ADEN

ADOCLK

AM

ASN

ASNP

ASPRAT AUDGND Audio ground (SCART) AUDL AUDIOL AUDIOLSC

AUDIOREM

AUDR

AUDIOR AUD1ORSC AUDIO CLK

AVN

A0

B0 BOCD

B,G,R BERAN

BFMV

BGACKN

BGN

BGND

BIN

BLANI (=BLAN1

BRN Bus Request (active low) access from

BSC

BSW

The list contains all abbreviations, which are ever BUGCD60

CDI electrical circuitry

in

used

»control DC-motor

>>

DMA REQUEST ACKNOWLEDGE (active low)(of channel output AC-motor

DMA REQUEST ACKNOWLEDGE {96-pins connector, channel2 :FMV)

(=ADENA)ADORESS ENABLE NOT. When low.the address ADENA coming CDICREQN (=REQ1 from the bus (68070)

output clock from the ADOC

MHz) CD60

ADDITIONAL MUTE

ADDRESS STROBE (active low, CIAPACKN OMA channel 1 ;CIAP acknowledge

tristate) indicates whwn an address is

valid on the bus for the system

ADDRESS STROBE from processor CIAPREQN OMA channel 2;CIAP request (active

(active low) Aspect ratio switch signal (16:9 or 4:3) CIAP INTN CIAP interrupt request (active low)

»AUDIO

>>

» (scart) Audio signal to remodulator CLK=2BLCK CLOCK »AUDIO

>>

» (scart) CLKF

16.93MHz clock (33.86MHz:2) from CIAP to CD60 and audio DAC

AUTOVECTOREDINTERRUPTS (7,5264 MHz)

(active low),can be used by an CLK11 not used (connected to ground) extension

15

..

Local addressbus

•

..

7

B3CD

..

digital video (blue) from VDSC DRAM input control bits for off-,catch-,play CRI COUNTER RESET INHIBIT (low during status and DAC output current for a real trackloss or during excention radial motor jump command output colours

»BUS blue color coming from the COXNDSP FMV-extension serial data on the X-bus

Bus Grant Acknowledge (active low) CSDMAK1LL generates killme :Dot killer enable

Bus Grant {active low) access from the signal (active for NTSC) and functions

cartridge to the base system via bus- as DMA enable for the FMV extension

mastership CSDSPN signal used by LEMM to generate the

Blue color ground (SCART) DSP

blue color input for the

encoder NVRAM/system ROM

(active low.tristate) of the VSC microprocessor

the cartridge to the basecase system microprocessor

via bus- mastership CPUUDSN the upper data strobe of the 68070

blue color (scart) microprocessor blue color coming from the switch COi/externai (FMV) video

signals tor brushless

2)

.2896

(11

LEFT and CD60

RIGHT

the audio

of

SP-processor

the VSD

of

ERROR (active low.open drain) COXN serial output clock for the X-bus

1145

CXA

BLANKING OUTPUT CPUASN

M)

hangup line CSCDICN

CD60 anti

BUSYLED C Chrominance singnal (Y/C) CADDYIN

CAOOYSWITCH

CAS1N

CAS2N

CBA

CBSC CHROMA for S-VHS (Y/C)

CDICDACKN (=ACK1

CDTV

V2

CIAPJUC

CL serial communication clock to DSIC2

CLAB=CLAB2 CLABCD bitclock from the

CLKDAC

CLK1 the clock on which the DSP operates

CLK3A

CLOCK_27 27 MHz clock :used as system clock by

coc

CST

CPULDSN the lower data strobe

CRI-DO0S

cs

signal to control green busy LED - driver

high when reading data CSCIAPN control signal for position tray column address strobe 1 (VDSC) CSIKATP

column address strobe 2 (VDSC)

68070 bus tranceiver latch (rising edge)

SCART CSDAC1N

ACKNOWLEDGE (active low)

to change TV CD60 -status information line from

CD60to

(active low} CIAP Jump Complete

low}

bitclock for the SAA 7220 chip

CLOCK DAC,the clock used to send serial data to the volume adjustment 2B-clock (11,2896 MHz) for the FMV-extension

11.2896 MHz clock for the SAA7310

decoder

the DSP and the LEMM

COMMAND COMPLETED signal

clock

combined chipselect signal for

the address strobe of the 68070

counter reset inhibit of the 7310 chip CHIP SELECT

•

BLUE for

or

DMA REQUEST

N)

OMA REQUEST (active low)

N)

remote control between

by

or COi (only used by CDI 2XX) from the NVRAM

IKAT

0 chip

731

,2896 Mhz)

(11

of

SP, the clock used to send

•

select signal(KIP) (active low)

chip

the 68070

of

CHIP SELECT CDIC (active low) bus information is intended for or coming from CDIC CHIP SELECT CIAP

CSIKATN chip selekt for IKAT (active low)

modified chip select for IKAT for testing purposes

CSKILL-MEMM chip select for kill and DMA circuit.

syncronized

CSKILL-MEMMS

CSNVRAMN CHIP SELECT NVRAM (active low)

CSROMN CSROM0N CHIP SELECT ROM (active low)

CSSLAVEN CSON

CSVDSCN CHIP SELECT for the VDSC (active DO DIGITAL

CSYN COMPOSITE SYNCHRONIZATION

.4

CTS1 .

CTS#2

2 CLEAR TO SEND input

..

CTSE1

2

..

CTSl1 CVBS CVBS-OUT CVBS-GND CVBS ground (SCART) CVBS-REM CVBS input signal for the remodulator DTCN DATA TRANSFER COMPLETE (active

CVBS-SYNC composite sync input for the SCART low,open drain) operates in the OMA-

.023

.

00

D8NVR data bit 8 (least significant bit) signal for

a

DA serial communication data to DSIC2 01

DAAB (DAAB2,DAABCD) serial data output of EFAB

15 DATA LINES

..

DATA0

DATADAC data which will be send to the DAC('S)

DDTACKN

DEEMP

OUT

DIG DIAN

DISCL

DISCLK DISDAT DISEN DISSEL DIV4

>>

(=CSDAC2N)(if selected,low)it means that data will be adjusted on that channel

information is intended tor or coming

>>

information is coming from the ROM'S

CHIP SELECT SLAVES (active low)

CHIP SELECT (active low) for the 8Kx8 DTCN Data transfer completed (active low;

SRAM'S 68070)

low) DODS

input from the VSC'S (active low) CLEAR TO SEND (active low) indicates that the remote receiving DOXN device is ready DPSRWN read (high} or write (low) from

>>

CVBS output of the ROM

>>

connector mode Local data bus of the audio DUARTCSN DUART CHIP SELECT.when low

SP-processor

•

the NVRAM

and CD60

2

the X-bus 1

for volume adjustment low:levelA DATA TRANSFER ACKNOWLEDGE

(active low) from CDIC DEEMPHASIS DIGITAL OUTPUT DIRECTION CONTROL. indicates the direction transievers DISPLAY CLOCK

(DISCLKE) DISPLAY

(DISDATAE) DISPLAY (DISENE) DISPLAY software selection signal (CDl210/220)

DIVIDE BY 4 signal

S standard EFLAG ERROR FLAG input to CIAP

data transfer through the

of

NOT

it

CLOCK»

DATA»

ENABLE»

DMAEN DOBM DOBM_KILL DS

DSPACKN OMA acknowledge (Channel

DSPREQN DMA request (Channel

DSP-INTN interrupt request DSP

DTACKN data transfer acknowledge (68070)

DTCNC data transfer completed corrected

DTRAM DTACKN generation signal for NVRAM

DTROM

DONEN DONE (active low).open

DSN2N DATACKROM

DTACKSLAVEN DATA TRANSFER ACKNOWLEDGE

DZF DATA ZERO FLAG

5

...

08NVR

EFLAGCD60 ERROR FLAG output from FIL TERN filter select when high:levelC,when

FOG-

FOC+

FSB Frame select line output

GFMV green color coming from from the

GGND Green color ground (SCART) GIN green color input for the

GN when low:the outputs and inputs

GNDC

DMA enable for the FMV extension Digital Out from CD60

KILL signal

DIGITAL

Data memory select output of the DSP-processor (active low)

-- LEMM (active low)

68070 (active low)

low)

(active low)

(CDIC)

acces

DTACKN generation signal for system ROM acces

DROP-OUT DETECTOR SUPPRESSION

drain),operates in the OMA-mode

serial data output of the X-bus

DSP DATA STROBE (active low) of the DSP DATA TRANSFER ACKNOWLEDGE

of

businfo is coming from or going to the

•

COM photo diodes inputs

DATA8to

ERROR FLAG

»focus

>>

DSP :this line is asserted for every WSAB (pin 66

FMV-extension

encoder

trancievers are enabled Ground for the color signal (Y/C)

OUT

the SLAVE processor

UART

NVRAM

out to CDM

the LEMM) transition

of

1):

: LEMM --

1)

68070 (active

--

or

CD60

the LEMM --

of

1145

CXA

68070

to the

the

of

PCS

79533

GNDL

GNDR

GNDV

GNDY GSC GSW

G0

..

7

HALTN active low.open drain,biderectional.if

HEADPHL {HPL)headphone audio left HEADPHR HFD HFDDEF

HFIN HMP

HSYN (active low) horizontal synchronisation

HSYNCOUT (active low) horizontal synchronisation

HVID0

..

7S

Ground for MPEG audio left (96-pins connector) Ground for MPEG audio right (96-pins connector) Ground for MPEG video (96-pins connector) Ground for the luminance green color (SCART) green color coming from the switch

COi/externai {FMV) video

digital video (green) from VDSC DRAM

low together whit the resetn it couses the 68070 to enter the reset state.

{HPR)headphone audio right High Frequency Detect signal signal that indicates when the last IN5OUT2 session of a multisession-disc has ended HF current input Spindle Motor Plus

input from the VSC

output for monitor or 8bit pixel bus for channel 1 VSD from

tv

INTENN2 INTENN3 INTENN4 INTIKATN

INTREQN

IN21N

IN41N

IN51N

IN2OUT IN4OUT

IN5OUT

IN40UT2

IN2OUT3

IRQA

IRQABN

IRQB

vsc

IACK2 Interrupt acknowledge from 68070

(active low) (auto-vector interrupt) generates this signal (IACK2) when the

slave proc. as- serts IN2

IACKN interrupt acknowledge for the

FMV-extension

IACKIN2N IACKIN4N

IACKIN5N

IACKOUT2N

IACKOUT4N IACKOUTSN IACKOUT2 IACKOUT4 IACKOUT5 IACKOUT22

IACKOUT23

IACKOUT42

IACKOUT52

IDAC 1/2 bit DAC IFDN2 main channel word-flag to the DSP IN2 interrupt request from slave proc. LDSN

INS

INTENN1 INTENN >>when low,no extensions use the

PCS 79 534

>> »decoded (active low). »asserted acknowledge

>>sequence to indicate to a peripheral that »this >> >> >> >> >> >> >> >>

--68070 (active low) interrupt request input 5 of the 68070 (not used) interrupt enable for the FMV-extension LRDN

interupts,when high interupt devices are daisy chained

--

AVN line of the 68070

interrupt acknowledge

during an interrupt

interupt request

--

the 68070

is

being serviced

IROIN ISELIN

JUC

KILL

KILLME

KIP host enable input pin of the

LA1

LB1 LC1 LADD1

LBOT LOON switches laser

LIDSWITCH Lid detection switch

LM

LO

LS

>> >> >>

INTERRUPTfrom IKAT {from UP) interrupt request from the LWN read/write enable {for the lower part of FMV-extension the data: MD0 {=IN2OUT)» (=IN4OUT)» inputs

(=INSOUT)» the lower MA0 »and »IN21N (6805),IN41N = »CDIC >> >> >> interrupt request from LEMM -- DSP MPEGR right audio signal color coming from the {active low) and mode A pin of the DSP {after the DSP reset, the DSP reads the CDI/FMV AUDIO

level on this operation) logical AND of the IRQA and the IROB line (lemm output pin interrupt request from LEMM -- DSP {active low) and mode B pin of the DSP (after the DSP reset, the DSP read the level

on

operation)

interrupt request for IKAT {not used) pin of CIAP (always pulled jump completed signal from servo proc.

--LEMM to mute audio outputs by power off (KILL-ME)dot killer enable signal (active for NTSC)

•

SP-processor :this signal enables a

transfer on the DSP host bus DATA0

(active low) »control

motor >> >>

..

23

ADDRESS-BUS (active high,tristate)for direct addressing of 16 Mbyte of memory for HPL volume control

(LASER DRIVE ON) LOWER DATA STROBE of the bus

LASER MONITOR diode input

laser amplifier current OUTPUT when low select.the ROM'S or NVRAM read the lower data byte switches between DOUBLE SINGLE

decoder interrupt priority VSC slave

{active low)

IN51N

has the higher priority

=

SLAVEPROCESSOR MD0

(JMS66490),IN51N =

to define the mode of

--

this pin to define the mode of

signals for brushless DC- PCLK21N

on

(5V)

&

(SV)

SPEED

IKATto

IN21N

has VSC master

•

UART

DSP) MASTER

up)

on

and

..

7

off

(0V)

&

LTAP LTOP LVID0IN

LVID0OUT..7OUT :

LWRSN

LWRMN

MC

MISO MASTER MOSI MASTER OUT SLAVE MPEGL

..

71N

..

8 VDSC DRAM address bus RC5

..

15 VDSC DRAM data bus

MSM

MSMA0

MSMD0

..

8 ADDRESS-BUS between the DRAM'S REFHCA reference voltage pin of CD60

..

15 DATA-BUS between the DRAM'S of RESETCD when low resetsequence starts

NCSYNV

NHSYN active low horizontal sync input for the slave-processor)

NPORE Power NRESET when low the video synthesizer

NVDS

NVDSI >>synchronized with NXT2 (disc)

NVDSN

NVSYN

OTO PCLK11N PIXEL CLOCK for channel 1 RGND

PLAYSEL SELECTION of PLAYER type RSC PLOIN1 PLOIN2 PLOIN PLOINE POTBL POTBR POTML POTMR PRTS11 QCL

ODA ORA

022

»for

HPL volume control

>> »8

bit pixel-bus for channel 2 (VSC-

SLAVE) >>

..

7)

forth!c! DRAM {VDSC)

R/W lower memory data to DRAM from RAD-

R/W lower memory data to DRAM from

MOTOR CONTROL signal RC-EYEDIS

IN

SLAVE OUT

IN

left audio signal color coming from the FMV-extension goes the adder CDl/FMV audio bus

FMV-extension goes the adder finished

master slave selection input REDIG RADIAL ERROR DIGITAL

of the VSC'MASTER and the VSC

the VSC'MASTER and the VSC RESETINN when low VSC MASTER RESETN this is the rest for all other ic's composite sync for the VDSC

FMV-extension REO2N

on

Reset for CD60 (active low)

is

in

reset REO2KON OMA-request of channel 2 via OMA 2 digital output to control an external on/off circuit switch for

Digital video switch - line (active low} (active low) vertical sync input for the FMV-extension FMV-extesion RGBS_GND incoming video SCART (not used)

Off

PIXEL CLOCK for channel

input clock for CDIC (22,5792 MHz) input clock for CDIC (19,3536 MHz) clock signals for emulator panel RSW >> headphone left volume control headphone right volume control ATOP headphone left volume control

headphone right volume control RTSE1 request to send from main processor RTSl1 . a-channel CLOCK RTSUART Q-channel DATA a-channel REQUEST INPUT/ACKNOWLEDGE OUTPUT

output to PLL (22,5792 MHz} devided by 14

TV

overlays (active low) RFE high-frequent signal coming from COM

Track Detection from DSIC2

2

021 output to PLL (19,3536 MHz) devided

by

12

Q DATA

Q CLK 1 Q_WCLK 1 RAB RAD+

RASN

RBOT for HPR volume control

RCEYE RCLED

RD

RON

RDYN

REFLCA REM

RESETSYS

REO2NKON

RFMV

RIN

RSTOUT RESET OUT of the slave processor

RTAP

RTS12

..

2

.2

RST1

.

.4

RST#1

..

2

AWN

2

1

S data from LEMM

2

S bit clock from LEMM

2

S word clock from LEMM

hand shake protocol signal for

»RADIAL >> row address valid {active low) for the

VOSC DRAM'S

wired RC input (cinch} RC-EYE DISABLE signal (not used) (RCEYEE)REMOTE CONTROL EYE

REMOTE CONTROL LED READ signal DSP : this signal is asserted to read external memory (three SRAM'S FCB61 C65)

READY signal, starting up procedure

READY {active low) of the OMA channel

reference voltage pin of

power supply remodulator

system reset (controlled by the

OMA-request of channel 2 OMA-request (96-pins connector,

channel 2 : FMV

red

color coming from the

ground red color ground (SCART) red color input for the CXA 1145 encoder red color (scart}

when high resetsequence starts red color coming from the switch COi/externai (FMV) video >>for >> REQUEST TO SEND

REQUEST TO SEND REQUEST TO SEND REQUEST TO SEND from the slave processor to the UART of the 68070 processor »REQUEST

>>

READ - WRITE (low is write) signal

OUT to COM

DO

..

23 (active low)

HPR volume control

--

audio DAC

--

audio DAC

--

audio DAC

COBO

on

the data

COBO

is

in

reset

on

MMC

2

from IKA T

TO SEND (active low)

RWN2

READ - WRITE (low

is

write) signal

from CDIC to the DSP

RWRAM

READ - WRITE signal from the CDIC to

the S RAM'S

RXDE1

..

2 RECIEVE DATA RXDIL2 R0

..

7

RXD1

.4

XD#L2

RECIEVE DATA digital video (red) from VDSC DRAM »RECIEVE

>>

DATA RXD

is

data input

SCAB subcode data clock (2,8224 MHz) from

the 7310

SCK

serial clock output from the LEMM

-DSP :the data and frame select for the DSP

is

clocked out

on

the rising edge of

this clock SCL SCLK SDA SDAB SDATA SDAT SERVORESETN SI

2

1

C clock to HOBBES

2

1

S clock out from CD60

2

1

C data to HOBBES

731

subcode data from the

0

signal from CD60 data

2

1

S data out from CD60

Reset for DSIC2 from IKAT on - off control for laser supply and focus circuit

SI-RD

on

- off control for laser supply and TDOVDSC

focus circuiVready signal.starting

up

procedure finished

SILO

Serial communication Load to DSIC2

SLEDGE sledge motor control SLEDGE OUT

power signal for activating the sledge TMS motor

SLEEPAUDN

Audio kill line (active low)

SLEEPVID Video kill line (active low) SLIDESW SLIDE SWITCH ;detection of sledge -

endposition

..

SLMA0

SLMD0

8

..

15

VSC-slave memory address bus to the TXDl1

DRAM'S

VSC-slave memory data bus to the DRAM"S

SOCKGND SOXENN

socket ground (SCART} SER~LOUTPUTENABLEFORTHE X-BUS (enabled when low}

SOXRON

SER~LOUTPUTREOUESTFOR THE X-BUS (when low}

SOYENN2

SERIAL OUTPUT ENABLE FOR THE Y-BUS (when low)

SPICLK

SERIAL PERIPHERAL INTERFACE CLOCK

SPISS

(SPISSN) SERIAL PERIPHERAL INTERFACE SLAVE SELECT

SRO SRTS1 STAND STANDARDOUT

serial data from LEMM~- DSP request to send 1 from IKAT VDSC-INTN NTSC or PAL selection signal V-FLAG software chaise between PAL and NTSC

STANDARDSW

handware chaise between PAL and NTSC

STANDEM STANDEMEN

status from emulator.input for DUART enable signal for switch signal

on

emulator

STANDIN

NTSC or PAL selection signal (input for VSYN

slave) STATUS STATUSF STD SSCLKIN SSM SWAB SWAB-SSM

SWCLK

SWEM SYSCLK SYSCLKA SYSCLK1 SYSCLK2 SYSCLK3 TCAP

RF/external video selection signal

CVBS/RGB video selection signal

serial data from DSP

--

LEMM pin of CIAP (always pulled up} WR START STOP MOTOR SUBCODING WORD CLOCK INPUT subcoding word clock output and start/stop input of the

2

1

S Word Select Clock out from CD60 software dat to switch »SYSTEM

>> >> >>

CLOCK

731

0

on

the emulator

33.86MHz system clock to CIAP input capture feature for the on-chip

timer

TCMP

TCK TOI TDOCIAP

output for the output compare feature of

on

chip timer

the scan clock boundary

boundary scan input boundary scan output of CIAP boundary scan output of VDSC

TL

TRACK LOSS of the TDA8808 combined with the radial error signal of the TDA8809

TMOUT

TRAY MOTOR OUT

boundary scan control line

TRAY TRAYOC TRAYSWITCH TX2 TXDE1.2

..

2 TXD1 . .4 TXD#1

.2

UDSN

tray open/close signal TRAY open/close tray open/close detection signal transmit data from IKAT transmit data transmit data

» TRANSMIT DATA TXD

>>

is

data output

UPPER DATA STROBE (active when

low)

URDN

READ UPPER DATA BYTE (active

when low)

UWN

read/write enable {for the upper part of

..

15)

the data: MD8

fir the DRAM

(VDSC) UWRN UWRSN

Upper Write Read Not for NVRAM

read/write (write when low) UPPER MEMORY DATA FROM DRAM'S FROM VSC-SLAVE

vc

output DC-motor (VOLTAGE CONTROL) interrupt request of the VDSC

output to the DSP VREFA Vsub

Reference Voltage

substrate voltage

on

audio DAC

VSCM-INTN when low,interrupt from VSC master to

68070 processor VSCS-INTN

when low,1nterrupt from VSC slave to

68070 processor

(active when low) VERTICAL SYNCHRONISATION INPUT from the

vsc

V1

WIREDRC

WRMN

WRN

WRPN1M

..

S control input for channel 1 or 2 (active

WSAB WSAB2 WSABCD 11.2896 MHz bitclock XINB delayed clock

XIN »

XIN2 X-TAL2

XT2 XT4

XT41N

XY

X CLK external audio 1

X DATA external audio 1

X WSIN external audio 1

y

Y GSC Y (luminance) S-VHS (Y/C} or G for

0AD

..

12AD

0ADA.

..

15D

12ADA

1 0D 0DA.15DA

2BCLK CLOCK for the 2 B-chip 12A..15A

off track detection from DSIC2 to CD60

see RC5

write enable output of the DSP :this

signal is asserted to write external memory (three SRAM"S FCB61 C65)

the data bus

00

..

23

(active low} read/write {write when low) UPPER MEMORY DATA FROM DRAM'S FROM VSC-MASTER

WRITE UPPER DATA BYTE (active when low)

low} of the VSD »WORD

>>

SELECT from A to B CHIP

(12S)

XIN

from CDIC goes

back to CDIC

11

,2896/9,6768/4,8384 symmetrical

clock

>>

the same as the system clock.coming out of the VSC'S (XT2N) the system clock devided »the

system clock devided by four

>>

this DSP output signal selects which

(X

or

Y}

external memory space

is

selected

2

S -clock

2

S -data

2

S -word select

luminance signal (Y/C}

SCART »ADDRESS

BUS,between CDICSRAM'S and SYSTEM ADDRESS BUS BUFFERS

>>

DATA BUS between CDIC and DSP DATA BUS between CDIC-SRAM'S and SYSTEM DATA BUS TRANCIEVERS

ADDRESS BUS between CDIC and DSP

by

on

two

A

_

~4

1

20

HEADPHONE

1A3

1202A

2 12

PANEL

06A3

12

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1

221A4

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5203A4

5204A

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5207A2

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10 A 1

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P

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POTMR

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01 E 7

A 4

7 A 1

8 E 1

E 4

A 6

13 A 3

14

E 4

E 5

E 7

A 7

A 6

211 0 D 7

21

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2118 2119

3

2132 2133

213

2135

2136

213

2139 2

14

21.:1 C

11

D 7

12 D 7

0 6

D 6 D 6

C 7 C 6

4 C 6

C 7

7 D 6

8 C 6

C 7

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2152

2153

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55 56

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1

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1

100

1009 10 10 E

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1015 A 5

1021 E 6

1022

1030

1033

1096

C 6 C 6 C 6

C 6

B 7

A 1

A 1 A 1

2 1

57

21

58

21

60

21

61

2163

2164 B 7

2165

2166

2167

2168

2175

2

176

2180 A 3

2181

2 1

90

2191

8 I

B 1

B 6

8 6

B 7

A 4

A 3

A 2

2238

219

2A2 224

220

105

2202

D 5

2203

D 5

220

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D 6

22

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7 D 6

22,ocs

221185

2230

D 4

2231

D 4

22320.s 2235

C 6 2236C5 2237

C 6 2281 A 7 2313 D 3

C 5

085

224183

2245

C 5

2250

E 4

2251

E 4 2286 A 7

2252

E 5 2304 A 6

2253

E 4

2254ES

225505 230784

2263

D 4 2308

2270

E 7

2271E7 231083 2272

C 4

22

80 A 7 231

2282A7

2283B7

228

4 A 6

2285

2305

23os

2309 D .s

2311

2C3

A 7

A 6

As

C 2

C 3

23 2315 2316 2317 23 2319 232 2321 2322 2323

324

2 2

325 2326 2327 2328 2330

t 4 0 3

D 3

0 3

18 0 3

0 2

0 D 2

C 2 C 2

D 2

C 2

D 3

C 2 C 2

D 2

C 2

233

2332 2333 233 2 2 2337 2338 2339 23 234 23 2350 235 2352

335 335

1 C 2

C 2

4 C 2

B 2

a 2

B 2

C 1

a 2

40 B 2

1 B 2

42 B 2

C 2

1 C 2

C 2

2353

C 2

2354

C 2

2355

B 2

2360

B 2

2361

8 2 24

2362

8 2

2375

8 3

2376

8 2

2380

E 6

2381

E 6 2 4

2382

E 5 24

2383

E 6

2

384

E 6 2 41 2 C 1

2385

E 6 24 13 C 1

2386

E 5 2 4 14 D 2

2387

E 5 24 1 5 D 2

2388 2389 239

240 2402 2403 2404

2407

0 E 4

00

05 06

E 6 E 6

0 1

1 0 1

0 1 0 1 0 1

D 1

24

1602 241702 24 1 24 2420 242 2422 242 2424E1 242 5 E 1 2426 2427

2.:2ao2 2446 2429E3 2.:47 2430E3 2

2432E3 2452E2

8El

2433E3

19E1 2434El

E 3

2435

1 E 1

2438

E 1

2439

3E3

2440E1 2470D2 244101 244

02

2443E1 247

E3

244501 247402

2449E

431

E3

2450E2

2451 E 2

24 24

0 3 2455 E 2

E 4 2

46

0 1

246

2471E2

2 E 1 2,

01

2475D2

02 2'-7

2 2

47702

24

24 53E3 54E

0 E 2 1 E 2

72

3E2

602

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79

2'-82

2

498E2 2523E2

2

2500

2501

2502E3

2503

2

5tOE2

0 2

2511E2

2512E 2

2513E2

25 14 E 3 3 1

25

15 2516E., 2517E3 310906 3128A4

0 3 C 1

E 3 0 3

E 2

E ., 3 1

2518

E 3

2520

E 2

252

1 E 2 3 1

2524

E 2 3 1

2525

E 2 3 1 2526E2 2530E3 2531

E3 2532E3 3101C6 3102C6

03

C 7 3 1

05

C 6

3 1

07C6 3127A

3110

3 1

3 1 3 1 3 1 3 1 3 1 3 12

3125

11 12C7 15C7 17 18C7 19A1 20C7 21C7 22C7

3C7

24

0 6 C 7

C 7

C 7 C 7

3129A4 3130A1 3131A1 3132A1 3133A2 313483 3

135 3136 3 1

37A3 31568 3138A3 3139A3 315987 3140A3 314

1 A 3

142

3 3

143Al

4

3144A1

3146A2 3147B7 314807

31

4987

31

50B7

B 3 3 1

53

A 3

A 1

B 6 3 1

315501

1 3175A3

3 1

57B7

3 1

6097

3161

8 6

3162

8 6

316386 3181A3 32 3i64

A4

31

66A4 3 Hi7A1 3 1 3

168 3i7086 31719 3t

72A2 73

317486

3176A3 3193A2 3177A3 3178A3 3179 3180

3 1

82A3

83A3

A1 3184A3

3 186A3

6 3 187A3

3 1

88A2

8 6 3 1

89

3 1

90A2

3191A2

3194A2 3 1

96A2

A 4

3197

A 3

320

1 0 5

02D5

320305

A 2

3204 0 5 3205

D 6

320

6 D 6

3207

D 5

3208

0 5

3209

C 5

3210

C s

3211

C 5

212

0 5

3 3213

0 5

321

4 C 5

32

1 S C 5

321

6 C s

32

17 C 5

3218

C 5

3219 Cs

322 3221 3222 3223 3224 3225 3226 3227 3228 3229 3230 3231 3232 32 3237

0 C 5

36

C 5 C 5

C 5

C 4

C 4 C 4

C 4

D 4

0 4

B 4

B 5

C 6

3238

C 5

3239

A 4 3254

32

40 8 5

32

41

8 3

3242

B 3

3243

B 3

3

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B 3

3245

C 5

32

4684 3247C6 3263 3248B4 3249

8 3 3265

3250

E 4

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1 E '-

3252E5

3253

327005

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3271

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D 5

E 4 3

27

3 D 5

3255

E 4 3274 C 7

3257

E 5

3258

E 5

3259

E 5

3260

E 5

3261

E 5

3262

E 5 0 '-

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C 4

326

6 D 4

3267

D 5

3277

3280 328 3282 3283 3284A7 3285A7 3286A7 3287 3288 3289 3301C3 3316C3 3302

E 6 B 7

1 A 7

A 7

9 7

A 7

B 7

C 3 3317

3303 3304 3305 3306 3307 3308 33 331003 3311C 3312C3 3313 33 33

C 3

B 4

B 4 B 4

A 6

0 2

09 0 4

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3318C3 33 3324 3325C3 332 3328 3329 3330 3331 3332

3

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layout, Component

19

E 4

3339 3340 334

3343 3344

3346 3347

3349 3350 3351 33

182

5 B 3

52

C 2

B 2

C 1

B 2

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C 2 C 2

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6 A 6 3342

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C 2 3345 C 2 C 2 0 4 33.:, C 2 C 2 C 2

O 4

8 C 2 3353 D 3

3354 335 33

56 C 2 335704 335 3359 3360 3361 3362 3363 3364

3365 3366 3367 3368 3369

C2

5 C 2

8 C 2

C 2

6 2

B 2

D 4

B 2

A 2

B 2

C 2 C 2 C 2

side

3385

3370

B 2

3386

3371

B 1

3387

3372

B 2

3388

3373

B 1

B 2

8 2 B 2

B 2

3 2

0 6 E 5

06 E 6

3389 3390 339 3392 3393 3394 3395E4 339

6 E 4

3397

3399E4 3400

1 E 4

3374 3375 3376 3377 3378 337982 3380 3381 3382E5 3398E4 3383 3384

E 6

3401 3402 3403 340

4 0 1 3405 3406 3407 3408 3409 3-'1001 34

11 D 2

~.:1301

•.:14C1

D 1

0 1

D 1

0 1 0 1

D 1

0 1

O 1

E 5

E 6

E 4

E 4 3 -!12 D 2

0 1 J.; l 5 0 1

3416 34

17 D 2

34 18 0 2 34 19 E 34

20 3421 3422 3423 3424 34

25

34

26

3427

E 2

3428

E 1

3429

D 2

3430

0 2

34

31

E 3

C 1

E 3

E 1

E 3

E 1 E 1

E 1

5157

3513

31o47

34

32

0 2

3433

D 2

3434

E J

1

3435

E 3

3436

0 3

34

37

E 3

3438

E 3

3439

E 1

344

0 0 1

344

1 D 1

3442

0 1

3443

0 1

3444

0 1

3445

D 2

3446

D 1

3448

0 1 3463

3449

0 1 3.:.54 E 2

3450

D 1

0 1

E 2

0 1 3 E 1 3

D 2

E 2

3465 3-'66 3467

'-68

469 3'3471

3473D2

34 34 347802

3451 3452 3453 3454 3455 3456 3457E2 3472E2 348 3458 3459E2 347402 3460 3461 3462E2

70

75

77

E 2

E 2 3

E 2 E 3

E 2

E 2 D 2

D 2

3479

E 2

3480

D 3

1 D 2

82

D 2

483

0 2

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C 1 C 1

C 1

9 C 1

C 1 C t

4 E 2

E 2 3512 0 2

3496 3497 3498 3499 3500 3501 3502 3503 3504 3505 3506 3509

35

ll

348 34

348 3485 3486 3487 3488

3490 3491 3493C1 3510E2 349 3495

E 1

E 2

E 1

D 3

D 3 E 3

0 3

D 3

D 4

E 2 E 3

O 2

D 2 35t4E3 3520 352 3522 3524 3525E2 5t33 3526 3527E2 5135A2 3528 3529E2 353 353 3532 3533 3534

3535EJ

E 2

3536

1 E 2 5

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E 2

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E 2 5

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1 E 3 5 15 1 A 2

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5 1

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51 60 A 3 5 190 A 2 5201 5230 5235 525

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E 5

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E 4

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D .: C 6

5280 528 5282 5283

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6.6.7 Layout of Measuring pads

Signal name

ACK2N ACK2NKON ASN ASNP ASPRAT ASPRAT AUDIOCLK AUDIOL AUDIOL R AUDIOR AUDIOREM AUDIORSC AUDIO CLK AUDL AUDR

BO 81 82 83 84 85 86 87 BERRN BGACKN BGN BRN

BUGCD60 CAS1N CAS2N CD60 V2 CDTV CIAPACKN CIAPJUC CIAPREQN CIAP INTN CL CSCIAPN CSIKATN CSIKATP CSNVRAMN CSROMN CSVDSCN CTSl3 CVBSOUT CVBS

REM

CVBS

SYNC C BSC C BSC

01 02 03 04 05 D8NVR DA DATA0 DATA1

Pad

nr.

171 154 291

41 405 369 462 434 505 407 516 421 386

197 169

39

44

50

49

54

58

59

61 210 208

150 92.25 58.2 149 89.4 58.2

206 57.15 83.25

48 64.05 27.75

52 61.8 29.4 375 59.7 161.7 330 147.6 138.45 259 95.85 106.2 294 65.25 125.85 276 94.35 112.95 277 104.7 113.1 366 25.35 159.3 394 94.05 170.4

315 72.9 131.7

295 80.25 125.85

312 109.35 129.6 135 105.3 53.55 139 1

12 150.9 230 167.4 92.25 503 173.1 199.5 335 178.8 141.3 268 179,7 109.8 393 178.8 170.25 557 34.8 221.25 590 45.75 234.6 560 34.8 223.95 565 34.8 226.65 562 44.4 224.55 304 104.25 127.5

376 24.45 161.85

239 143.4 96.9 251

X-

axis

96.3 65.25

86.85 59.55

157.8 117.6

81.9 25.2

70.65 173.7

141.3 160.2

91.695 188.805

166.05 181.05

161.55

165.75 174.75

173.85 204.45

178.35 177.6

92.55 167.7

167.7 78.15 167 1 64.35

116.25 25.05 114 26.4

120.3 28.2

116.25 27.9

114.6 30

138.15 30.6

116.85 31.5

145.05 33.45

103.2 83.7

89.1 83.55

01

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133.2 102

Y-

axis

201

14.1

Signalname

DATA10 DATA11 DATA12 DATA13 DATA14 DATA15 DATA2 DATA3 DATA4 DATA5 DATA6 DATA? DATA8 DATA9 DISCLK DISDAT

DISEN DISSEL DMAEN DOBM DOBM KILL DONEN DTACKN DTACKP DZF EFLAG EFLAG CD60 FOCG0 G1 G2 G3 G4 GS G6 G7 HALTN HEADPHL HEADPHL HEADPHR HEADPHR HFD HFDDEF HMP IACK2 IACKN INS INTIKATN INTREQN IREF IROIN ISELIN KILL KILL KILL LADD1 LADD10 LADD11

Pad

nr.

269 285 271 258 247 235 261 275 278 265 255 240 241 254 143 151 132 207 190 296 308 183 126 290 613 316 68.4 132.45 382 22.8 165. 75 588 40.35 234

64 67 128.85 35.25 70 114.6 36.45 77 116.4 38.4 84 72 123.45 37.35

73 126.15 37.8 101 217 108.6 86.7

89 30.6

90 33.6 105 26.25 44.7

93 23.7 42.15 203 54.45 82.95 404 346 227 106.65 90.15 167 147 64.05 264 1 09.5 108.3 263 85.35 107.7 176 146.85 67.5 428 27.75 179.7 233 55.65 93.6 395 78.42 170.63 446 150.3 184.35 292 17.4 118.2 325 142.05 135.15

62 82.95 33.6 186 137.4 72.75 192 137.4 75.6

X-

axis

135.3

134.7

143.85

143.7

127.35

136.5

132.6

137.55

132.15

136.05

135.3

132.3

127.95

15.15

15.9

15.6

74.7 81

117.6

114.15

145.95

84.45

76.5

59.4

116.4 34.5

114 40.65

113. 7 43.65

51

32.1

Y-

axis

109.95

116.1

110 85

105.75

99.45

94.05

107.1

112 05

113.4

108.3

103.2

97.2

98.25

103.2

55.35

58.5

52.65

83.25

73.8

125.85

129.15

70.95

50.1

117.3

146.1

42 42

173.4

147.75

Signalname

LADD12 LADD13 LADD14 LADD15 LADD16 LADD17 LADD18 LADD19 LADD2 LADD20 LADD21 LADD22 LADD23 LADD3 LADD4 LADD5

LADD6 LADD? LADD8 LADD9 LOON LDSN LWN

MAO

MA1

MA2

MA3 MA4 MA5

MA6 MA7 MAS

MOO

MD1

MD10

MD11

MD12

MD13

MD14

MD15

MD2

MD3

MD4

MD5

MD6

MD7

MOS

MD9

MISOIN

MODE 0IN

MODE 1

MOSIIN

NHSYN

NPORE

NVDSN

NVSYN OTO

PLAYSEL

IN

Pad

nr.

194

91

102 215 223

113

174

166

66 170 189 106 107

200

63 187 182 178 172 179

547 159 103

78

81

74 61.5 37.95

60

76 64.35 38.25

82

83 66.3 40.65

95 67.8 42.9

99

25 48.9 18.75

147 57.6 58.05 124 68.25 49.95 130 66.15 51.6 141 112 69.3 45.9 144 64.8 56.7 148

26 51.9 18.75

142 57.9 55.2 125 53.7 50.1 128 57.45 50.85 121 116 57.75 48 111

118 65.55 48.6 356 86.55 153 359 84.9 155.1 361 353 84.3 151.5

31

232 70.5 93.45

30 112.95 20.55

22 121.5 18 561 199 72 80.85

X-

axis

130.35

76.65

78.15 135

133.8

76.65

136.2

142.8

85.35

132.9 147

84

93.75

135.45

73.35

128.25

127.8

129.75

122.4

132.75

43.95

80.55

57.6

54.6

57.75

552

624

64.8 43.35

67 .05 55.05

67

35 58.05

61.65 49.5

66 45.9

86.4 157.35

138.75 20.7

82.05 224.4

Y-

axis

76.5 42

44.1

85.5

88.35

46.35

66.45

63.6

35.25

65.1

73.5

44.85

45.15

81.6

33.9

73.05

70.2

67.95

65.4

68.85

217.8

60.75

44.25

38.7

39.3

33.3

40.5

Signalname

Pad

nr.

POTBL POTBR POTML POTML

POTMR Q_CLK Q

CLK

Q_DATA

Q DATA

Q_WCLK Q

WCLK RO R1 R2 R3 R4 R5 R6 R7 RAB RADRASN RC EYE RDYN REF REFHCA 423 REFLCA 399 REM 523 REQ2N 193 REO2NKON 195 RESETCD RESETCD 165 RESETCD 464 RESETN 156 RESETSYS 185 RFE 432 RSC 355 RTSl1 257 RTSl2 279 RTSl3 9 RTSl4 242 RWN 160 RXDl1 253 RXDl2 256 RXDl3 5

SCL SCLK SDA SDATA SERVORESETN 243 SILO 212 SLEDGE OUT SLEEPAUDN 303 SLEEPVID 140 SLIDESW SSCLKIN 348 STAN DIN 234 SWCLK

40

86 155 145 138 137 420 152 411 343 414 100

96

88 110 108

94 109

97 202 571

87 162 216 373

161

246 400 248 377

341

228

380

X-

axis

11.25

19.8 27

25.05

45.45

136.2

76.2

162.75

73.95

142.95

78.6

117.3

120.3

138.9

121.8

124.5

135.6

127.2

130.65

61.2

44.7

59.7

16.5

100.95

5.4

2565

30.3 171.9

173.85 208.2

91.05 76.2 81

.3

109.65 61.95

82.5 63.45

75.6 189.6

77.25 60.45

70.35 71.55

35.7 180.45

178.8 152.4

48.3 105.45

45.15 113.85

138.3 13.65

55.2 98.4

91.5 61.65

60 102.75 57 104.7

149.85 10.95

105.15 99.15

9.3 172.05

117.3 99.6

92.7 162.3

64.35 98.4

11.55 84.3

38.85 145.2

22.05 126.9

94.05 54.75

70.2 90.6

83.25 149.1

48.15 94.05

57.45 164.7

Y-

axis

25.2

41.1

59.7

57.75

53.85

53.7 177

58.95

175.2

146.1

175.65

43.5

43.05

41.85

45.45

45.15

42.75

45.15

43.05

82.8

228.3

41.25 63

86.1

161.25

177.75

77.4

Signal name

SYSCLK SYSCLK1 SYSCLK2 SYSCLK3 TCK

TOI

TOI TDOCIAP TDOCIAP TDOVDSC TEST1 TEST1 TEST2 TEST2 TMS TRAY+ TRAYOC TRAYSWITCH TXDl2 TXDl3 UDSN URDN UWN UWRN V1 VDSC XT2N

X

X DATA

INTN

CLK

X WSIN

Y GSC Y GSC

Pad

nr.

201

37 181 378

16 131 134 401 389 129 607 605 606 604

79 322 236 319 267

205 313

104 317 368 211

27 136 133

362 283 364

8

X-

axis

115.65

99.3

111.9

106.95

105.15

94.5

96.9

68.25

68.1 99

68.25

68.85

74.4

73.35

101.7

18.9 63

10.8

47.7

147

98.1

106.35

61.65

117.3

32.25

106.65

128.85

146.55

140.85

93.75

178.05

178.8

Y-

axis

82.05

24.6

70.05

163.05

15.9

51.9

53.4

172.35

169.65

51.45

80.1

76.65

79.05

75.75 39

133.5

94.2

133.5

109.35

13.2

83.1

130.35

44.4

132.9

160.2

83.7

19.65

53.55

52.8

157.35

114.45

158.25

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17

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7 DIAGNOSTICS AND SHORT DESCRIPTIONS

THE KEYCOMPNENTS

SHORT DESCRIPTION

7.1 CPU SCC68070

7.1.1

Microcontroller (UART, 1/O-bus, 1 channels, memory management unit)

D15) and 24 addresslines

..

- 16 datalines

- 16 MByte addressrange:

• 5 MByte for the monoboard

• The rest for the extension

Clockfrequency :

30 MHz for PAL

30.2 MHz for NTSC

systemclock

This

(VDSC) and PAL 7302

- The UART works communication between processor and terminal.

VDSC:

7.1.2

(DO

is

on

'!,'ideo

OF

2

C-bus, 2 DMA-

(AO

also a clock for the 'video chip'

(16R4-10).

the

4.9 MHz and provides

Qecoder and

§_ystem

in

_c:_ontroller

System Interface

Direct interface for 680X0 bus compatible devices

control

ROM

MByte

1

control

1/0

kByte

1

-

- Reset sequencer, including ROM shadowing Watchdog timer Generates chip selects for the systemrom

DRAM Interface

On chip DRAM controller 4 MByte direct drive For CD-i 450 this is 1 MByte spread over 2 DRAM banks of 512 kByte.

A23)

..

7.1.3 SYSTEMROM 27C400

- 4 Mbit (EP)ROM

- Contains boot, operating system, hardware drivers and the player shell.

7.1.4 IKAT MC68HC0518

- Integration of servo- and slave processor

• Generates chip select for DSIC2 (servo controller) and CD60 (CD decoder)

DS1C2

• Communication with and control

• Control of the pointing device port and the player control keys.

4 MHz.

- Works

- CMOS technology, 64 pin QFP

on

of

7 .1.5 CIAP : CD-Interface and Audio Processor

- Establishes the link between the 'standard' CD- part and the player.

the CD-i part

- Decoding of the ADPCM-audio (base case audio).

- To perform audio mixing functions (as described Green Book). To be able to add external audio to the base case audio.

- At the CD-side the CIAP has to interface with the CD 60 for both main channel and subchan nel data.

- The CIAP does not control the servo but it can, via the a-channel data, indicate which sector

- it interfaces directly to the 68070. Works on 33 MHz; the devided by two clock is fed to the CD60 decoder and the audio DAG.

7.1.6 NVRAM

of

+

CLOCK

currently read.

is

in

the

Video Interface

- Up to 768 x 560 screen resolution

- Capability to display run-length coded files

- Mosaic effects (GLUT)

Iable

Qolor Look

256 Two Delta YUV decoders

- Cursor shape, color and blink control

Overlaying

and backdrop plane)

Special effects via weight control, priority control, etc. Dynamic programmable registers and GLUT reload retrace period Digital RGB output

- Synchro generator for 50 and 60 Hz scan

- Synchronization with external video

_Up

four planes (cursorplane, plane

of

bit per component)

(8

plane B

A,

in

General

- CMOS technology

- 160-pin QFP package

The DRAM banks are constantly being read by the VDSC to generate video. The VDSC has the highest priority but the

DRAM is also a kind of system- memory (which asynchronously read by the CPU).

is

- 8Kx8 SRAM

- Time keeper Contains CSD-files (Configuration Status Description: info about system set-up) and FTS-files (files for the player shell and applications).

7.1.7 CALVIN

- Digital RGB to video encoder

- Four DAC's on chip Two NTSC/PAL Composite outputs

- Y /C outputs

- Analog RGB outputs

- Digital RGB inputs

- Automatic detection and support of PAL and NTSC modes

- Automatic detection and support interlaced/noninterlaced modes

- Internal voltage reference available

- 68-pin PLCC

of

7.1.8 PAL's

- Glue logic

- Generates chip selects for !KAT, VDSC, NVRAM and CIAP. PAL

- Generates SYSTEMROM [PAL 16R4-1

16L8-10]

ACKN for the NVRAM and the

OT

D].

PCS 72 139

7.1.9 DSIC2 Digital Servo

- Sophisticated digital servo controller which provides all servo functions needed CD-system. [two stage means fine control by the actuator and coarse control by the sledge]

- Provides control (which is

- Special functions reliable access and to realize a high degree of shock insensitivity. 'Programmable' servo characteristics

a three wire microprocessor interface

- Works on 8.46

in

all servo functions except

done

to

MHz

IC

in

a

two

stage three spot

the

spindle motor

by

the

CD60).

improve the playability, to perform

7.2.2 Troubleshooting and Service the µP section, CIAP section or digital video section

The mainboard is replaced

r1P

section, CIAP section

defective. The technician

those sections to diagnose a COi player. The COi player

contains some built-in diagnostics to aid One diagnostic tool and the other is the Low Level

5.1

).

The LL Test should be performed if there is access to neither the Player Shell nor Level test indicates a fault, replace If the test cannot be initiated, check the power sources and

main clock signals on the µP section. If all supplies and clock signals are present, replace the mainpanel.

as

a module when parts of the

or

digital video section are

must

know

the

functioning of

in

is

the

Service Shell (see section 5.2)

Test

or LL Test (see section

the

Service Shell. If the Low

the

complete mainboard.

troubleshooting.

7.1.10 CO60 CO-decoder

- Complete

- HF Errorcorrection

- Spindle motor control with programmable motorloop

bandwidths.

- On chip AGC for

On chip front end 6 bits ADC

- Subcode data processing

- Audio data interpolation processing

- Digital audio interface (EBU)

CD

decoder

is

being transformed into a

the

EFM input signal

2

1

S-format and digital out.

7.2 TROUBLESHOOTING AND REPAIR

This section contains some guides to aid the technician troubleshooting Analog Audio section are similar to the same techniques be used. Added features Low Level Test and the Service Shell, see section 5." Service Software".

terminal(or equivalent) to run and test the functioning of the

ftP

section, CIAP section or digital video section.

The

Service Shell provides tests for the Video and Servo and Decoder circuits. Section 5.3 covers all the Service Shell test procedures. The analog video/audio and servo & can be serviced to the component level, the (CDM12) instructions are provided on the exploded views.

If the defective item

the

CDI player.

for

The

Low Level Test needs a VT100

is

also replaced as an assembly. Disassembly

is

in

The

CD

servo section and

any

CD player. Thus,

troubles hooting a CD player may

in

servicing

the circuitry of the

the

COi player is the

CD

decoder circuitry

CD

~tP

Mechanism

in

section, CIAP section or digital video section, then the complete main board must be replaced and sent back to a local central repairshop. See section 3.5 and 3.6.

Troubleshooting hints:

Symptom:

Service Shell cannot Possible fault: Connections between input port and plug could be wrong. Hint: If the Player Shell cannot be started, perform the Low Level

Test (LL TEST).

be

started with the test plug.

IKAT

may

be defective.

may be bad. Test

7.2.3 Servo

&

CO

Decoder and Audio Section

Troubleshooting

A problem

circuit by carefully observing there is no audio, but a picture from a CD-I disc is displayed, it is obvious that the CD Servo and decoding circuits are functional. Therefore the fault can be isolated to the audio decoding circuits only. opposite, the audio circuits video. Again, the servo circuits must be functioning. Troubleshooting of the video decoding should then be

followed. Also if a disc is inserted and the disc type is recognized it

obvious that the Servo and CD decoder circuit is functioning

When there is a symptom indicating a fault circuitry, troubleshooting techniques used be followed since the basically a CD player (refer to the Servo & CD decoder schematic diagrams). If the COM does not start, check for Vdd, clock, and reset on the IKAT, DSIC2 and If these signals are present, perform the CD drive test in the

Service Shell or Low Level test. If there is a communication failure, proceed with the Low Level Test to determine if there communication buses are functional, check the CD servo circuits using the Service Shell CD drive test modes. These modes are Focus, radial and turntable control functions. If there failure measurements should reveal the fault If the servo circuits

are functioning, check the decoder circuits. Activity should

be seen on the (SDATA, If there is no activity, check the supply (Vdd} and input signals (HF, AUDIO_CLK).

When the servo and decoder circuits are functioning properly, there may be a problem in the CD interface & Audio Processor circuitry (CIAP)

in

the CD-I player can be isolated to a particular

the

symptoms. For example, if

Or

the symptom may be

may

be working, but not the

in

the Servo

in

CD

Unit portion of the CD-I player

is

a failure in the system control circuitry. If the

the

standard CD servo test modes to test the

in

the servo test modes, further checks with

SWCLK

and SCLK) and DOBM.

players can

COBO.

is

a

is

PCS 72 140

7.2.4 Video Section Troubleshooting

The symptoms displayed can help the technician isolate the

problem to a particular circuit. The following examples illustrate how a fault can be isolated.

Symptom

the player shell

1:

displayed, and the disc is recognized, but

is video from the disc cannot be displayed. If this condition exists, the Digital Video section, Servo and analog video circuits are functioning. Since the player shell is displayed,

functioning. However, there

the video synthesizer circuit

the CD interface section, because the

must be a fault

on

video data from the disc comes via this section

is

the first

in

place.

Symptom

video, while audio

no

2:

functioning. This symptom may be

is caused by either the Digital Video part or by the Analog Video circuit. A few voltage and signal measurements can quickly isolate the problem.

Symptom

3:

no color. This symptom is most likely caused by a problem

pin 2 of IC7160

the CALVIN

in

Check the CVBS output

ic.

on

7.3 MEASUREMENTS

a name and/or to a pin

All signals, which are refered

IC can be measured at certain measuring

number of

an

pads on the board. Use these pads

to

the board, to prevent

on

short circuiting caused by the metal point of measuring

probes. See drawing 6.4.6 LAYOUT OF THE MEASURING PADS

A general check of the main panel

.3.1

7

power supply voltages

Test of the

DC

Measurement method

Check if the voltages on the key-components listed below are within the tolerance range.

component

name

nr.

pos.

7210 68070 7201

IKAT

1, 59

43

voltage

±

+5V

±

+5V

10% 10%

(MC68HC05I8)

10%

±

7240

SYSROM

22

+5V

(27C400)

10%

±

00,

+5V +5V

±

10%

7241

NVRAM

7125 VDSC

28

27, 36, 41,

9,

3, 61, 80, 95,

1

112, 119, 124,

130,140,148

7160

CALVIN

7310 CIAP

7401

DSIC2

7510 CD60

16, 22, 51,

65,66

61,

20, 27, 35,

6, 45,58,66,

57,

76 12,20,28 11, 15, 17, 29,

+5V

+5V +5V

±

10%

5% 5%

31,42,44

PCS

72141

7.3.2 Test of the clocksignals Measurement method

These measurements have to be carried out just after

is

hardware reset. This

done each time after opening the or after power-on. Use a FET-probe to minimalise the oscillator-loads.

lid

7.3.3 Test of the

SDATA IC 7510, pin SWCLK IC 7510, pin 22 : SCLK

IC

7510, pin

12S

Interface

21

: block wave signal

44.1

kHz (CODA)

23:

2.8224 MHz (CODA)

7.3.4 Test of the microcontroller 68070

System clock

MHz± MHz±

20 ppm (NTSC) 50 ppm (PAL)

30.2098

30.0000

This system clock must be present at the following points:

721 o on

IC IC 7125 IC 7302

At

IC 7210 pin 29 the Clock divided by two must be present:

15.0000

pin 30

on

pin 115

on

pin 1

MHz±

50 ppm (PAL)

15.1049 MHz ± 20 ppm (NTSC)

At IC 7210 pin 69 the UART-clock must be present:

4.9152 MHz ± 50 ppm

At IC

7201

the clock of the 68HC05I8 must be present:

4.000 MHz ± 55 ppm

At connector 1096 on pin

the XT2N-clock must

be

C3

present:

Check after power HAL

TN

IC

7210, pin

on

and RESET = +5V.

27

: +5V RESETN IC 7210, pin 28 : +5V DTACKN

IC

7210, pin

24:

changing +5V/0V

BERAN IC 7210, pin 26 : +5V

7.3.5 Test of the hardware with the Low Level Test

This test makes

it

possible to test the hardware with software. Connect a terminal to the UART of the microcontroller 68070 via connector 1032.

Settings of the terminal: Baudrate : 9600

start bit : 1

bits:

data

8

stop bits: 0

no

parity/no handshake

To start the low level test, hit the space bar while putting the power on. To test the PCB you only have

follow the instructions

on

to

the screen.

15.1049 MHz ± 20 ppm (NTSC) MHz±

15.0000

At

IC

33.8688

At

IC

7310

7401

50 ppm (PAL)

on

pin 22 the CIAP-clock must be present:

MHz±

50

ppm

on

pin 19 the DSIC2-clock must

8.4672 MHz ± 50 ppm

At IC 7510

on

pin 13 the AUDIO_CLK-clock must be

present:

16.9344 MHz

± 50 ppm

be

present:

PCS

72 142

8 PARTSLIST

Partslist of the cabinet

8.1 Item

Codenumber Description Item Code number Description

4822 462 4 1992

4822 444 40608

1

4822 444 40638 Front assy /77 4822 410 62316

9

22 4822 502 30408

23 4822 502 30408 24 4822 502 30408 25 4822 502 30408 26 4822 502 30408 27 4822 502 30408

076 50011

2511

30

076 50011

2511

31

44 4822 413 51434

Front assy

Powerknob assy 255 PL3X10PAN<STZNBK

PL3X10PAN<STZNBK 259 PL3X10PAN<STZNBK 260 PL3X10PAN<STZNBK PL3X10PAN<STZNBK 268 PL3X10PAN<STZNBK PL3X6PAN<STZNBK 270 PL3X6PAN<STZNBK 274 4822 502 1 2795 M2,5X5PAN<STZNBK Volume knob

63 Bracket

4822 444 40802

65

4822 502 1 2795

70

75 4822 502 12795

Tray front M2,5X5PAN<STZNBK

M2,5X5PAN<STZNBK 76 4822 502 12795 M2,5X5PAN<STZNBK 77 4822 502 12795 M2,5X5PAN<STZNBK

Tray loader SEE SEPARATE LIST 285

81

100 Sticker

4822 444 60898 Cover 287

151

4822 502 12795 M2,5X5PAN<STZNBK

171 172 4822 502 12795

M2,5X5PAN<STZNBK 173 4822 502 12795 M2,5X5PAN<STZNBK 174 4822 502 12795 M2,5X5PAN<STZNBK 175 4822 502 12795 M2,5X5PAN<STZNBK 313 4822 177 4822 502 12795 M2,5X5PAN<STZNBK 178 4822 502 1 2795 M2,5X5PAN<STZNBK 316 4822 181

Frame assy 317 4822 320 182 Loader support

251

4822 462 41992

252

4822 462 40409 4822 462 40409

256

4822 502 12795 4822 502 12795 M2,5X5PAN<STZNBK

266

4822 502 1 2795 4822 502 12795

269

4822 502 12795

4822 502 11667 M3X6PAN<STZNBK

275

4822 502 30408 PL3X10PAN<STZNBK

276

4822 502 30408 PL3X10PAN<STZNBK

277 278 4822 502 30408 PL3X10PAN<STZNBK

4822 502 30408 PL3X10PAN<STZNBK

279 280 4822 502 30408 PL3X10PAN<STZNBK 282 Earth plate

3104128

286

3104 128

4822

301

4822

301

302 4822

4822 736 22247

309

4822

315

91091 91

10249

321

10886 Mainscord /45

321

20308 Audio cord set

321

61452

321

61579

321

61849 TPX 3500 cord

321

11

4822 218 10523 IA-remote Control

318

183 Spacer locking

4822 214 52229

184 Spacer locking

1005

185 Remod. bracket 1005 4822 214 52235 186 4822 402

61422

187 4822 402 61422 Spacer 188 4822 402 61422 Spacer 191

Spacer

3X6TORX

ZN

4822 267 51216 MINIDINN socket

BU-11 BU-12

4822 267 31572 Headphone socket

21199

101

4822

P-1 192 ZN 3X6 TORX 195

00031

077

2511

196

077 00031

2511

200

202 4822 502 12795 203 4822 502 12795 207 208 ZN 209 4822 502 12795

Gliding support ZN M2,5X28 TORX ZN M2,5X28 TORX M2,5X5PAN<STZNBK M2,5X5PAN<STZNBK ZN 3X6 TORX

3X6TORX

M2,5X5PAN<STZNBK

210 4822 502 12795 M2,5X5PAN<STZNBK

4822 502 30408 PL3X10PAN<STZNBK

211 212 4822 502 30408 213

4822 502 30408 PL3X10PAN<STZNBK

214

4822 502 30408 PL3X10PAN<STZNBK

217 4822 502 12795

218 4822 502 12795 219

4822 502 12795

220 4822 502 12795

223

4822 502 30438 PL3X6PAN<STZNBK

224

4822 502 30438 225 226

PL3X10PAN<STZNBK

M2,5X5PAN<STZNBK M2,5X5PAN<STZNBK M2,5X5PAN<STZNBK M2,5X5PAN<STZNBK

PL3X6PAN<STZNBK M3X4PAN<STZNBK M3X4PAN<STZNBK

Foot Foot Plate for foot

Plate for foot M2,5X5PAN<STZNBK

Textplate

M2,5X5PAN<STZNBK M2,5X5PAN<STZNBK M2,5X5PAN<STZNBK

Cover plate assy M2,5X6 TRX SL T

T

091

M2,5X6 TRX

SL

Mainscord /40

Dir. for use Digital Out cable Video cord set

096 Antenna cable /77

Power supply unit \60\61\65 Power supply unit \77

Log.

k~:!

10

PCS

79

545

8.2

Parts List Of The Tray Loader

Item

Codenumber

Description Item Codenumber Description

4822 464 50896 Chassis assy

2 4822 444 50679 Slide assy

4822 464 50895 Subchassis

3 4 Cover plate

4822 402 61412

5

4822 325 50215 Suspension

6 7 4822 325 50215

4822 325 50215

8

4822 325 50215 Suspension

9

Clamper assy

Suspension Suspension

10 4822 276 13222 Switch assy

11

4822

361

21492 Motor assy

12

Screw M2,2x4

13 Screw M2,2x4

8.3

Partslist of the display and powersupply panel

1703 1704 1705

1706

1707 4822 276 13114 1708 4822 276 13114 TACT SWITCH 1721

2701

2705

3701 3702 4822

14 4822 528 81465 Pulley gear 3704

4822 528 81464 Drive pinion

15 16 see item 1 17

see item 1 Spindle 3707

Spindle

18 4822 358 31168 Drive belt

20

4822

691

30354 CDM 12.4 3713 4822

21

24 Polylub.

Lead assy 3715 4822 050 21002

GL

Y801 3716 4822 25 Familysheet 35 Fondam FM3

3705 3706 4822 116 90857

3712

3717 3718

36 see item 2 Ornamental tule 3719 4822

37 see item 2 Ornamental tule 38 see item 2 Ornamental tule

see item 2 Ornamental tule 3722 4822

39

40

4822 325 60379

41

4822 325 60379 Damping grommet

42

4822 325 60379 Damping grommet 3725 4822

61

Damping grommet 3723 4822

Lead assy 3726 4822

3720 4822 3721

3724

3727 4822 3728 4822 3729 3730 4822

3731 3902 4822 3999

4822 276 1 3114

TACT

SWITCH 4822 276 13114 TACT SWITCH 4822 276 1 3114

TACT

SWITCH

4822 276 13114 TACT SWITCH

TACT SWITCH

CONN 1

OP

M

5322 122 32654 22n X7R

4822 122 33575 220p

4822 122 33575

051

20473

100R

47k

50V

4822 052 10478 4R7 4822

051

20332 3k3

Bx

47k

4822 116 90857 4822

051

20223 22k PM5

051

20823

051

20223

4822

051

204 72

Bx

47k

82k 1k0

1/BW 22k PM5 4k7

4822 050 21002 1k0 1/8W

051

204 72 4k7

051

4822

20154

051

20473

051

20472 4k7

051

20472 4k7

051

20223 22k

051

10102 1k

051

20472 4k7

051

20333

051

20103 10k

051

20472 4k7

051

20153 15k

051

10102 1k

051

20008 0R05

150k PM5

47k

33k

PROCES SCHIP RP

RFK1

PM10

PM5 PM5 PMS PMS PMS PM5

PMS PMS

PMS PMS PMS

PM5 PMS PMS

PMS

PMS PMS PMS PMS PM5 PMS PMS

PCS 79 546

6701 6702 6704 4822

4822 1 30 80622 BAT54

5322130

31928

21

4 52009 GP1U58XP

BAS16

6705 4822 130 34173 BZX79-C5V6 6706 5322 130 30684 1N4002GP 6707 5322 130 30684

1 N4002GP 6708 4822 130 34281 BZX79-C15 6709 5322 130 31928 BAS16 6710 5322 130 31928 BAS16 7703 7704 7705 7706 7708 5322 130 41983

5322 130 41982 5322 130 41982 482213091194 4822 209 72226

BC848B BC8488 DISPLAY FTD U3090MG-40P

BC858B 7709 5322 130 41983 BC858B 7710 7712

5322 130 41982 5322 130 41982

BC848B

Item Codenumber Description

4822 265 31015

1011 1112 4822 492 70143

SOC SUPP

HEATSINK

SPRING1 3212 1213 HEATSINK 1314 4822 492 70143 SPRING1

1101 1201 4822 252 51179 1202 4822 252 51179 1203 4822 252 51179 1204

2101 2103 4822 124 42191 2104 4822 2106 4822 2107 4822 2108 4822

4822 256 30517

4822 252 51179

44222

121

5322

41856

121

42408

121

42408

121

41856

121

FUSE HOLDER

4A

65V

DEV

PROT

4A

PROT DEV

330n

100µ

22n

220n

65V 65V 65V

250V 400V 100V

50V

4A 4A

PM20 PM20 PMS 6102 4822 1 30 42489

PM10 6103 220n 50V PM10 22n 100V

PMS 6106

2109 1 n5 50V PM10

42408

2110 4822 2111 2112 2113 4822 122 32576 2114 4822 122 32576 2201 2202 5322 1 2203 3300µ

2205 1000µ 2206 2207 2211 2212 100µ 3SV

3101 3103 4822 053 20474 3106 4822 053 11273 3107 3108 1R2 3109 4822 116 52233 10k

121

5322 122 32818

220n 50V PM10 2n2 47fl 2n2 2n2 400V PM20

4822 124 23183

42386 100n

21

4700ft

1000ft 15n

4822 124 41334

470fl

20R NTC 470k 27k

4822 116 52228 680R

63V

25V

400V

16V 50V 10V 10V 10V

100V

P80M20 PM20 PM20 6202 4822 130 34167 BZX79-F6V2

PM20 6204 PM10 PM20 6206 PM20 PM20 P50M20

3SV PM20

PM20 7103

PM20 7105 PMS PMS PMS PMS

1/6W

PMS

3110 1R2 PMS

R2

3111 3112 4822 116 52207 1

1

k2 3113 4822 116 52233 10k 3114

4822 116 52235

1M0 3115 4822 116 52233 10k 3116

4822

3117 4822 116 52175

6 52228 680R

11

100R 3118 4822 116 52246 1 k6 3119 4822 116 52246 3120 4822 116 52246

3121

3122 4822

4822 116 52176 10R

6 83883

11 3123 3201 3202 4822 052 10228 3203 3204 3205 3206

1 k6 1 k6 1/6W

470R 1R2 1K2 2R2 1 k2 2k49 2k32

R2

1

1/6W 1/6W

1/6W 1/6W 1/6W 1/6W 1/6W

1/6W

PMS PMS PMS PMS PMS PMS PMS PMS PMS PMS PMS PMS PMS PMS PMS PMS PM1 PM1 PMS

Item Codenumber

3207 3208 3211

3213 3214 3215

4822 052 10101

6 52233

11

4822

6 52233

11

4822 4822 116 52233 4822 116 52233

4822 116 83868 3216 4822 116 83868 3219 4822 052 1 0229 3220 4822 052 1 0229

5101

4822 157 71268 FILTER CHOKE

Description

1R2 PM5 100R PM5 10k 10k 10k 10k

1/6W 1/6W 1/6W

1/6W 150R 150R 22R PMS 22R PMS

5102 TRANSFORMER 5201

6µ8

BYD33G

4822 130 30621 1 N4148

6105 4822 130 30621

1 N4148

4822 130 30621 1 N4148

6107 4822 130 31024

BZX79-F18

6108 4822 1 30 34499 BZX79-F20

6109 4822 130 42489 6201

4822 130 83073 PBYR745F

6203 4822 130 82035

BYD33G

BYD74D

4822 130 32245 BYV10-40

6205 4822 130 30621

1 N4148

4822 130 42489 BYD33G

6207 4822 130 32245

7101

4822 130 83707

7102 4822 1 30 63689

BYV10-40

S1NB80 STP3N60FI

4822 209 83909 UC3842AN

7104

4822 130

023 BC328-16

41

4822 1 30 40892 BC338-16

7106

7201 4822 209 81397 7202 7203 4822 130 4 1 344 7204 7205 5322 209 60027

4822 130 1 0025 CNX82A

TL431CLPRM

079 MC79M05CT

4822 209

11

BC337-40

4822 130 4 1 344

BC337-40 MC78M24CT

PM5 PMS PMS PMS PMS PMS

PM20

PCS 79 547

8.4

Parts list of the mainboard

Item Codenumber Description

1001 1007 1007 4822 214 52046 1007 1008 1009 1012 1013

1014 1015 1021 1022

1030

1033

1096

2110 4822 1 22 33496 100n

2111 4822 1 22 33496 2112 4822 1 22 33496 100n 2117 4822 122 33496 100n X7R PM10 2118 2119 4822 122 33496 2132

2133

2134 2135 2136 5322 1 22 32654 22n X7R PM10 2137 2138 5322 122 32654 2139 2140 2141 2142 5322 122 32654 2143 2144 2145 5322 122 32654 2146 2148 5322 122 32654 22n X7R PM10 2149 2150 2157 2158 2160 2161 2163 2164 5322 122 32654 2166

2201 2204 2206

2207 4822 122 33496

2210 5322 122 32654 2211 2230 2231 5322 122 32658 22p 50V 2232 2235 5322 122 32654 22n 2240 2241 5322 122 32654 2245

4822

265

41119

4822

214

52064 RF

4822 214 52071 RF

4822 267 51216

4822 1 22 33496 100n X7R

5322 1 22 32654 5322 122 32654 5322 122 5322 1 22 32654

5322 1 22 32654 22n X7R

5322 122 32654 5322 122 32654

5322 122 32654

5322 122 32654 22n X7R

5322 122 32654 22n

4822 1 24 80483 5322 1 22 32654 4822 124 41584 4822 1 22 33496 5322 122 32654 5322 122 32654 5322 122 32654 22n X?R

4822 1 22 33496 100n 5322 1 22 32654 22n X7R PM10 2336 5322 122 32654 22n X7R 4822 1 26 1

5322 122 32654 5322 1 22 32658 22p

5322 122 32654

5322 122 32654 22n X7R

32654

2549

CON V 0BP M 2250

modulator

RF

modulator modulator

CON H 16P F 2254 5322 122 32654 CON

V06P CINCH H 1P CON EURO H CONV04PM CINCH H 3P F CONV10PM CONV10PM CON V 10P M

MDIN V FEM

CON V 120PM

100n X7R

100n X7R PM10 22n X7R 22n 22n X7R 22n X7R

22n X7R PM10 22n X7R 22n X7R PM10 22n X7R PM10 22n X7R 22n

22n X7R PM10

47ft 22n X7R PM10 100p 100n X7R

22n 22n X7R

22n X7R PM10

470n 100n 22n X?R

22n X7R PM10

22n X?R

22n X7R PM10

/61

/77 2252 /65 2253

M 2255

21

P

BP

X7R PM10

PM10 2304

X7R PM10 2305

PM10 2307

PM10 2310

X7R PM10

PM10 2312 PM10 2313

PM10 2315

PM10 2317

PM10 2320

X7R.

X7R

6V3

10V

X7R

25V

X7R PM10

50V

X7R

PM10 PM10 2322

PM10

PM20 2326

PM20 PM10 2330 PM10 PM10 2332 5322 122 32661 56p 50V PM10 2333

PM10 2335

PM10 PM10 2338

PM10

PM10 PM10 PM10 2354

PM10 2360

Item Codenumber

2251

2263 2270 2271 2272 2280 2281 2282 2283 2284 2285 2286 5322 122 31865

2306

2308 4822 122 33496

2311

2314

2316 5322 122 32654

2318 5322 1 22 32654 2319

2321

2323 5322 122 32654 2324 2325 4822 122 33496

2327 4822 1 24 41584

COL 2328

2331

2334

2337

2339 2340

2342 COL COL

2350

2351

2352

2353 5322 122 32661 56p 50V

2355 5322 122 32661

Description

5322 122 32654 22n 5322 122 31865 1 n5 5322 122 31865 1n5 X7R PM10

5322 122 31865 1n5

22n X7R PM10 4822 124 40433 5322 122 32654 4822124 4822 124 41989 5322 122 32654 22n X7R 5322 1 22 32654 4822 124 80483 5322 122 31865 1n5 X7R 5322 122 32654 22n X7R 5322 122 31865 1n5 5322 122 31865 1n5

4822 122 33496 100n

5322 122 32654 22n

4822 1 22 33496 100n X7R PM10 5322 1 22 32654 22n X7R PM10 5322 1 22 32654 22n 5322 122 32654 22n 5322 122 32654 22n X7R PM10 5322 1 22 32654 22n

5322 122 32654 22n X7R PM10

482212441584 5322 1 22 32654

5322 122 32654 22n X7R PM10

5322 122 32654 22n

5322 122 32654 22n X7R PM10

5322 122 32654 22n

482212441584 5322 122 32661 5322 122 31863

5322 122 32661 5322 122 33897 5322 122 32661 4822 124 41584 5322 4822 124 41584 5322 1 22 32654 4822 124 22339 5322 122 32654 22n 5322 122 32661 5322 122 31863 330p 50V 5322 122 32661

5322 122 33897 3n3

4822 124 22339

41989

1

22 32654

47ft

22n X7R

47011 470tt

22n

47~t

1

n5

47p

1

Or,

100n X7R

22n X7R PM10

100p 10V PM20

22n

22n X7R PM10

100n

1 00fl

100ft

56p 330p

56p 3n3 63V 56p 50V

100ft

22n X?R PM10 10011 22n X7R 1

00tt SIP 16V PM20

56p 50V COL

56p

56p 100ri SIP 16V

X7R PM10 X7R PM10

X7R PM10

25V

16V 16V

X7R

6V3

X7R PM10 X7R X7R PM10 X7R

50V COL 50V PM20

X7R

X7R PM10 X7R PM10

X7R PM10

X7R PM10 X7R PM10

10V PM20 COL

10V PM20 50V 50V

50V

10V

10V PM20 COL

X7R PM10

50V COL

63V 50V

PM20 PM10 PM20 PM20 PM10 PM10 PM20 PM10 PM10

PM10

PM10 PM10

PMS

PM20

PM10

PMS

PM20

COL

COL COL COL COL COL

COL COL

COL

PCS 79 548

Item Codenumber

2362 5322 122 32654 2375 2376 5322 122 33897 3n3 2380 2381 2382 4822 122 33496 2383 4822 124 41989 2384 2385 4822 122 32139 2386 5322 122 32654

2387 5322 122 32654 2388 2389 4822 124 41989

2390 4822 124 40196

2401 4822 122 33575

2403

2404 4822 122 33575

2405

2406 4822 122 33575

2407 4822 122 33575 220p

2412 5322 122 32654 22n

2413 4822 124 40433 47p

2414

2415 5322 122 32654

2416

2417 5322 1 26 1 0465 3n9 X7R PM10

2418 4822 126 10326 180p

2419 5322 1

2421

2422

2424 4822 1 22 33496 100n X7R PM10 2425

2426 4822 122 32627 2n7 X7R PM10 2427 4822 122 33175 2n2 X7R PM10

2428 4822 122 33342 33n X7R PM10

2429

2431 4822 122 33496

2433 5322 122 32654

2434

2435 5322 122 32654 22n X7R PM10

2438 5322 122 32654 22n X7R PM10

2439 5322

2440 4822 122 32646 5n6

2441

2442

2443

2445 2446 5322 1 22 32654 22n 2447 2449 2450 5322 1 22 32654 22n X7R PM10 2451 5322 122 31865 1n5 X7R PM10 2452 4822 122 33177 10n X7R PM10 2453 5322 1 22 32531 100p 2454 4822 1 26 12549 2455 2460 4822 124 40433 2461 4822 122 33496 2470 2471 4822 122 33177

5322 122 33897

4822 124 41576 4822 122 32139

4822 124 41576

4822 122 33496

4822 122 33575

5322 122 32531

5322 122 32654 22n

22 32654

4822 1 22 33496 100n X7R PM10 5322 1 22 32654 22n X7R PM10

4822 126 10326

5322 122 32654 22n X7R PM10 3111

5322 122 32654

11

6 80853

5322 122 32531

4822 126 10326 5322 1 16 80853 560p

5322 122 32531 100p

4822 1 22 33496

4822 1 24 40433

4822 122 33575

Description

22n X7R PM10 2472 3n3

2p2

12p

100n X7R PM10 2477 470r1 2r12

12p 22n X7R PM10

22n X7R PM10

100n 470ft

22or1

220p

100p

22n X7R PM10 2520 5322 1 22 32654

22n X7R PM10

180p

100n

22n X7R PM10 3117 4822

22n X7R PM10 3120

560p

100p

180p

100n

470n 47ft 47(1

100n X7R 220p

On

1

63V 63V 50V 50V

16V 50V 50V

X7R PM10 2501 4822 122 33342

16V 10V 50V 50V 50V 50V 50V 50V

X7R PM10

25V 50V

X7R PM10 2521 4822 124 40433

50V

X7R PM10

50V

X7R

50V 50V 50V 50V

X7R

50V

X7R

50V 25V 25V 25V

50V

X7R

PM5 PMS 2474 4822 122 335 75 PM20

PM20 PM20

PM20 2502 5322 122 32268 PM20

PM20COL

PM10 3124

PM10

PM10 PM20 PM20 PM10

PM10 3156 4822 0521 0229

COL COL

COL COL COL COL COL COL COL

COL

COL COL COL COL

COL

COL COL

COL

Item Codenumber Description

5322 122 32661

2473 4822 122 33496 100n

2475 2476 4822 122 33177

2478 5322 122 32654 22n 2479 2482 5322 122 32654 22n 2498 2500 4822 122 33496 100n

2503 5322 122 32268 2510 4822 124 41584 2511 5322 122 32654 22n 2512 5322 122 32654 22n 2513 5322 122 32654 22n X7R PM10 2514 2515 5322 122 32654 22n 2516 5322 122 32654 2517 2518

2523 4822 1 24 40433 2524 4822 1 26 12549 2525 2526 4822 1 26 12549 470n 2530 4822 122 33496 2531 5322 1 22 32654 2532

3101 4822 3109 4822

3115 4822

3121 3122 4822 3123

3125 4822 3127 4822 3128 3129 4822 3134 4822 3135 4822 3136 3137 4822 3138 3139 4822 3140 3141 3143 3150 3153 3155 4822 052 1 0229

5322 122 32654 22n

5322 122 32661

4822 122 335 75 220p

5322 122 32654 22n

5322 122 32654 22n X7R PM10 4822 124 41584

5322 122 32654 22n X7R PM10

5322 1 22 32654 22n X7R

051

20472

051

20008

051

4822

4822 4822 4822 4822 4822

20008

051

20008

051

20101

051

20472 4k7 0,1W

051

20223

051

20223

051

20101

051

20151

051

20223

051

20472

051

20301

051

20301

051

20681

051

204 72

051

20101 100R

051

204 72

051

20223 22k

051

20008

051

20008 0R05

56p

220p

1

On

56p

33n X7R 470p 470p 1oor1

22n X7R PM10

100)1

22n X7R PM10 47r, 47[1 470n

100n X7R PM10 22n X7R PM10

4k7 0,1W 5% 0R05 OROS 0R05

100R 0,1W

75R 1% 22k 75R 75R 22k

100R 75R 150R 22k 0,1W 4k7 0,1W 300R 300R 680R 0,1W 4k7 0,1W

4k7 0,1W

OROS

22R 22R

50V

X7R PM10

50V X7R PM10 X7R

50V X7R PM10

50V X7R X7R X7R

50V

10V X7R X7R

X7R X7R PM10

10V

25V 25V 25V

25V

0,1W

0,1W 0,1W

0,1W

0,1W 0,1W

0,1W

0,1W 0,1W

PM10

PM10 PM10 PM10

PM10

PM20 PM10 PM10

PM10

PM20

PM20 PM20 PM10

PM10

5% 5%

5% 1% 1% 5% 5% 1% 5% 5% 5% 5% 5% 5% 5% 5% 5%

5%

5% 5%

COL

COL COL COL

COL

COL COL

PCS

79

549

Item Codenumber Description

3157 4822 3159 4822 3160 3163 3164

3166 3167 4822 3rn8 3170 3172 3174 3175 3176

3177 3178 3179 4822 3180 3181 3182 3183 510R 3184 4822 3186 3187 3188 4822 3189 3190 3191 3193 3194 3197 3201

3202 3204 4822 3205 3206 4822

3207

3208 4822 3209 3210 4822 3211 4822 3212 3213 4822 3214 3215 3216 4822 3217

3218 4822 3219 3220 4822 3221 4822 3222 4822

3223 3224 3225 4822 3226 4822 3227 3228 4822 3229 3230 3231 3232 3236 4822

PCS 79 550

051

20008 OR05

051

20272

4822

11

7 11454

4822

051

20008 4822 117 11454 820R 1% 4822

11

7 11454 820R

051

20101 4822

051

20151 150R 4822

051

20103

4822

051

10102

4822

051

20101 4822

051

20151 150R

051

20008

4822

051

20008

051

20101

4822

051

20151 150R

051

20008

4822 0512 0101 4822 0512 0151 150R 4822

051

2 0008

4822

051

20105

4822

051

20472

051

20103

4822

051

20104

051

20104 100k

4822

051

20103

051

20103

4822

051

20472 4k7

051

10102

051

10102

4822

051

20103 10k

051

20103

4822

051

20472 4k7

4822

051

20223

051

20223

4822

051

20223

051

10102

4822

051

204 72 4k7

051

10102

051

10102 1k

051

20472

4822

051

20472

4822

051

20472 4k7

051

20472 4k7

051

204

4822

051

204 72

051

20472

4822

051

10102

4822

051

20105 1M

4822

051

20222 2k2

4822

051

20479 47R

051

20101

2k7 820R 1% OR05

100R

10k 75R 1k 510R 510R 1% 100R 0,1W

OROS 75R OROS 510R 1%

100R

75R 1% 3267 OROS 510R 510R 1% 100R

OROS 75R 1% 3259 1M 4k7 10k 100k

10k 10k

1k 1k

10k

22k 22k 22k

1k

4k7 4k7

72 4k7

4k7 4k7

1k

100R

0,1W 0,1W 0,1W

0,1W

0,1W 0,1W

0,1W 0,1W 0,1W 0,1W 0,1W 0,1W 0,1W 0,1W 0,1W 5%

0,1W 0,1W 0,1W 0,1W 0,1W 0,1W

0,1W

0,1W 0,1W 0,1W 0,1W 0,1W 0,1W 0,1W 0,1W 0,1W 0,1W 0,1W 0,1W 0,1W 0,1W 0,1W 0,1W

Item Codenumber

3237

PM2 3238

3240 4822 3244

3245 4822 1% 3246 5%

5% 3251 5%

1%

5%

1% 3255

5% 5% 3259

1% 3261

1% 3264 5% 3265 5% 3266

1% 3272

5% 5%

5% 5% 3261 5% 5% 3263 5% 5% 5% 5%

5%

5% 5% 5% 5%

5% 3283 5% 3284 5% 5% 3286 5% 5% 3288 5% 5% 5% 5% 5% 5% 5% 5% 5% 5% 5%

3250 4822 051 20104

3252 4822 3253 3254 4822

3257 4822 3258

3260 4822 051 20104

3262 4822

3263 4822

3271 4822 051 20103 10k 0,1W 5%

3254 4822 051 20104 3255 3257

3258

3260

3262 4822

3264 3265 3266 3267 3271 3272 3274 3277 4822 3280 3281 3282 4822

3285 4822

3287 4822

3289 3301 3302 3303 3304 3305 3306 3307 4822 3308 3309 3310 4822

Description

4822

051

20101 100R

4822

051

20101 100R

051

10102

4822

051

20008

051

10102

4822

051

20008

4822

051

20101 100R

051

20101 100R

4822

051

20101 100R

051

20104 100k

4822

051

20104 100k

051

20104 100k

4822

051

20103

4822 051 20682

4822 051 20103

051

20682

051

20229

4822

051

20471

4822

051

20103 10k

4822

051

20103 10k

4822 051 20473

4822 051 20103 10k

4822 051 20104 4822

051

20104 100k

4822

051

20103 10k

4822

051

20682 6k8

4822

051

20104 100k

4822

051

20103 10k

051

20682

4822

051

20229

4822

051

20471 470R

4822

051

20103

4822

051

20103

4822

051

204 73 47k 0,1W

4822

051

20103

4822

051

20103 10k 0,1W

4822 252 51173

11

6 40264 4822 051 20101 100R 0,1W 4822

051

20682 6k8

051

20103 10k

4822

051

20104 100k

4822

051

20101 100R

051

20682 6k8 0,1W 5%

4822

051

20103 10k

051

20104 100k

4822

051

20104 4822 051 20103 4822 051 204 73 47k 0,1W 4822 051 204 73 4822

051

20473 4822 051 20472 4822

051

20101 100R 0,1W 4822

051

20472

051

20689

4822

051

20008

051

20472

1k OROS 1k

OROS

100k 0,1W

10k 0,1W

6k8

100k 0,1W

10k 6k8 22R 470R

47k

100k 100k

6k8 0,1W 22R

10k 10k

10k

MP100 OR81

100k 10k

47k 47k 4k7

4k7 68R 3R3 OROS 4k7 0,1W

0,1W 0,1W 0,1W

0,1W

0,1W 0,1W 0,1W 0,1W 0,1W 0,1W

0,1W

0,1W 0,1W 0,1W 0,1W 0,1W 0,1W 0,1W 5%

0,1W

0,1W 0,1W 0,1W 0,1W

0,1W

65V 60V

0,1W 0,1W 0,1W 0,1W

0,1W 5% 0,1W 5% 0,1W 5% 0,1W

0,1W 0,1W 0,1W

5% 5% 5%

5%

5% 5%

5% 5% 5% 5% 5% 5% 5% 5% 5% 5% 5% 5% 5% 5%

5% 5% 5% 5% 5% 5%

5% 5% 5% 5% 5% 5% 5% 5% 5% 1A PTC 5% 5% 5% 5% 5%

5% 5% 5% 5% 5% 5% 5% 5% 5%

5%

Item Codenumber

4822

4822 4822

051

204 72 4k7

051

20472 4k7

051

20472

051

20472 4k7

051

20472 4k7 0,1W

051

20472 4k7 0,1W 5%

051

20182 1

051

20229

051

20103 10k

051

20008

051

20182

11

7 11373

11

7 11143

3311 3312 4822

3313 3314 3315 4822

3316 4822

3317 4822

3318 4822 3319 4822 3324 4822 3326 4822 3329 4822 3330 4822 3331 4822 117 11143 3332 3333 4822

051

20222 3334 4822 117 11143 3335

4822 117 11143 3336 3337 4822

051

20472 4k7

Description Item Codenumber

4k7

0,1W 0,1W 0,1W 0,1W

5% 5% 5% 5%

3386 4822

3387 4822 3388 4822 052 10109 3389

5% 3390

3391

kB

22R

OROS

1 k8

100R 3k 3k 1%

0,1W 0,1W 0,1W

0,1W

5% 3392 4822 5%

3393 4822

5% 3394 4822

3395 5% 3396 4822 1% 3397 4822 1%

3398 4822

3399

43k 1% 3400 4822 2k2 3k 3k 43k

0,1W

5% 1%

3401

3402 1% 3403 4822 1% 3404 4822 5%

3405 4822

3338 1 k4 1% 3406 3339 3340 3341 3342 3343 3344 4822 3345 4822 3346 4822 3347 4822 3348 4822

4822 117 11373

051

20182 1 k8

051

20223

051

10102 1k 0,1W 5% 3414 4822

051

20183 18k 0,1W

051

20472

3349 4k42

4822

3350 3351 4822

11

7 11143 3k

11

7 11143 3k 1% 3419 4822 3352 3353 4822 3354 3355

051

204 72 4k7 4822 117 11143 4822 117 11143 3k

3356 43k 3357 4822

051

20103

3358 3359 3360 3361 3362 3363 3364 4822 3365 3366

4822 117 11373 100R 4822

051

20472 4822

051

20223

051

10102 482205120183 4822

051

20472 3367 3368 3369 3375 3376 4822

3377 4822 3378 3380 3381 4822 3382 4822

4822 117 11143 3k 1% 3440 4822

11

7 11143 3k 1%

051

20182

4822

11

7 11373

4822

051

20103 10k

051

20229 22R

051

20472 4k7

3383 4822 052 10109 10R 3384 4822 3385 4822

051

20471 470R

051

20103 10k

2k1

1% 3407 4822

11k 1% 3408 4822 3R3 3R3 100R 1%

22k

4k7

0,1W 0,1W

0,1W

5%

3409

5% 3410

3411 4822

5%

3412 4822

5% 3413

5% 5% 1%

3415 4822 3416 4822 3417 4822

1% 3418 4822

43k

0,1W

3k

10k

0,1W

1 k4 1%

2k1

11k 1%

4k7 22k

1k 18k

4k7

0,1W

0,1W 0,1W 0,1W 0,1W

4k42 1% 4k42 4k42

1%

3421 5% 3422 4822 1% 3423 4822 1°/c, 1%

3424

3425 4822

5% 3426

3427 4822

1%

3428 4822 3429 4822

1%

5% 5%

3430 4822 3431

3432 4822 5% 3433 4822 5% 3434 4822 5% 3435 4822

3436 4822 1% 3437 4822 1%

3438

3441

1k8

0,1W

5%

3442

100R 1% 3443 4822

0,1W 0,1W 0,1W

5% 5%

3444 4822

3445 4822 5% 3446 4822 5% 5%

3447 4822

3448 4822 5% 3449

Description

051

20229

051

20472 4k7

22R

10R

4822

051

20471 470R

4822 050 14709 47R

4822

051

204 73

051

20222 2k2

051

20103 10k

051

20473 47k

4822

051

20103

051

20222

051

20222 2k2

051

20223 22k

4822

051

20103 1

051

20008 OR05

4822

051

20008

4822

051

20183

051

20103 1

051

20103 1

051

20823

4822

051

20823

11

7

111

051

20105 1M

4822

051

20103 10k

482205120183

051

20221

051

20221 220R 0,1W

4822

051

10102 1k

051

20103

051

20103 1

051

10102

051

20153 15k

051

20103 1

051

20153

4822

051

20103 1

051

20008

051

20229 22R 0,1W

4822

051

204 72

051

20229 22R

482205120153

051

20682 6k8 0,1W

051

20103 10k 0,1W

051

20153

051

20103

4822

051

20153

051

20103

051

20153 15k

051

20682

051

20008

051

20103

051

20229 22R

4822

051

20008

051

20103

4822

051

20333

4822

051

20683

051

20333 33k

051

10102

051

20103

051

20333 33k

051

20683

051

20333 33k 0,1W

4822

05110102

47k

10k

2k2

Ok

OROS 18k

Ok

Ok 82k 82k 0,1W 5%

52

4R7

18k

220R

10k

Ok

1k

Ok

15k

Ok

OROS

4k7

15k

15k 10k 15k 10k

6k8 0,1W OROS 10k 0,1W

OROS

10k 33k 0,1W 68k

1k 0,1W 10k

68k

1k

0,1W

5% 0,1W 5% 0,1W 5% 0,1W 5% 0,4W 1% 0,1W 0,1W 0,1W 0,1W 0,1W 0,1W 0,1W

5%

5% 5% 5% 5%

0,1W 5% 0,1W

0,1W 0,1W

5%

5% 5%

0,1W 5% 0,1W

0,1W 0,1W 0,1W 0,1W 0,1W

5%

5% 5% 5% 5% 5% 5%

0,1W 5% 0,1W 0,1W 0,1W 0,1W 0,1W 0,1W 0,1W

5% 5% 5% 5% 5%

5%

0,1W 0,1W

0,1W

5% 5%

5%

5% 5%

0,1W 0,1W 0,1W 0,1W 0,1W

5% 5% 5% 5% 5% 5%

5%

0,1W

5%

5% 0,1W 0,1W

5%

5% 0,1W 0,1W 0,1W

5% 5% 5% 5%

0,1W

5%

PCS 79

551

Item 3450

3451 4822 3452 4822 3453 3454 3455 3456 3457 3458 3459 3460 3461 3462 3463 3464

3465 3466 3467 3468 3469 4822

3470 4822

Codenumber Description

20103 10k 0,1W 5% 3525

051

4822

20103 10k 0,1W

051

220R 0,1W 5% 3527 4822

0,1W

2R2 100R 150K 4k7

0,1W 0,1W 0,1W 5% 0,1W

0,1W 1k 100R

0,1W

0,1W 100R 0,1W 5%

0,1W 5% 0,1W 5%

0,1W

10k

0,1W

24k 1%

4822 4822

4822 4822 4822 4822 4822 4822

4822 4822 4822 4822 4822

4822

20221

051

20222 2k2 0,1W

051

20821 820R

051

20101

051

20154

051

20472

051

20473 47K

051

10102

051

20101

051

20104 100k

051

20101

051

10102 1k

051

20683 68k

051

20104 100k

051

20103

051

20223 22k

051

7 1 0362 7k5 1%

11

7 1 0507

11

5%

5% 5% 5% 5%

5% 3533 5% 3534 5%

5% 5%

5% 5% 5%

3471 4822 117 11537 330k 1% 3472 4822 3473 4822 3474 4822 3475

4822

3477 4822 3478 4822 3479 4822 3480 3481 3482

4822

3483 4822

20334

051

20334

051

20473 47k

051 11711537

11710507

20473

051

20223

051

20223

051

20103 1

051

20223 22k

051

20103 10k

051

330k 330k

0,1W 0,1W

0,1W 330k 1% 24k 47k 0,1W 5% 22k 22k

Ok

0,1W

0,1W 5%

0,1W

5% 5% 5%

1%

5% 5% 5%

5%

3484 4822 117 10354 22k 1%

20223

4822

051

20104 100k

051

20103

051

20008 0R05

051

20008

051

20223

051

20273

051

3485 4822 3486 3487 4822 3490 3491 4822 3493 4822 3494

3495 4822 117 11139 3496 3497 4822 3498 3499 4822

4822

20101 100R

051

20122

051

20821 820R

051

20183 18k

051

3500

22k

Ok

1

OROS 22k 27k

1k5

k2

1

150k

0,1W

0,1W 0,1W

0,1W

0,1W 0,1W 0,1W 0,1W

5% 5% 5%

5% 5% 5% 5% 5% 5% 5%

1% 3501 150k 1% 3502 4822 3503 4822

3504 3505

4822

4822 117 1 0354 22k 1% 3506 4822 3509 3510

4822

4822 3514 4822 3520 3521 3522 3524

4822 117 11152

4822 117 11154

4822 117 11154 1k 1%

4822

20229 22R

051

20683

051

7 10354

11

20103 10k

051

20223

051

52

111

7

11

03

201

051

20333 33k

051

0,1W

68k

0,1W

22k 1%

0,1W 22k 0,1W 5% 4R7 10k

0,1W 0,1W

4R7 0,1W

1k

0,1W

5% 5%

5%

5% 5% 5%

1%

5%

Item Codenumber Description

20101 100R 0,1W 5%

051

4822

3526

3528

3529 4822 3530 3531 4822

3532 4822

3535 4822

3536

5140

5141

4822

20222

051

20104 100k

051

4822

20273

051

20229

051

4822

20333

051

20333 33k

051

20223 22k

051

4822

20223 22k

051

4822

20223 22k

051

4822 117 11139 1k5

4822 157 70378 22n 16V 4822 157 70378

20183

051

5150

5151

5153

5154 220p

5156

5157

5165 4822 157 50961

5201

4822 242 72527 4MHz RESCER 4822 242 81873

5230

18k 0,1W 2k2 0,1W

0,1W 27k 0,1W 22R 33k

0,1W

0,1W 5%

22n

16V 1n EMI FIL 1n EMI FIL

220p

EMI FIL

220p

EMI FIL

EMI FIL 22r1H

4MHz9152

5235 4822 242 81419 30.0000MHz

for /60/61 /65

4822 242 81394 30.2089MHz

5235

for /77 5250 5251 5252 5253

1n 1n EMI FIL 1n EMI FIL

1n EMI FIL 5254 4822 157 70378 22n 5255 5280 5281 5282 5283 5284

5305

5310

4822 157 70378 22n EMI FIL

4822 1 57 70601 4822 242 81872

1n EMI FIL

1n

1n 1n EMI FIL 100rtH 33,8688 MHz

5375 1n 5376

1n

5377 220p

4822 242 73557 8MHZ467

5401 5450

5322 130 34885 1 N5817

6200 6274 4822 130 80291

30 34885

5322 1

6390

56r1H

1N4002GP

N5817

1

EMI FIL

EMI FIL PM20 EMI FIL PM20

10%

EMI FIL EMI EMI FIL PM20

10%

6444 5322 130 80948 BAT74

4822 1 30 80622 BAT54

6445

4822 130 80622 BAT54

6451

5322 130 31928 BAS16

6452 6524 5322 130 31928

BAS16

7110 UPD424270LE-80 7118 U PD424270LE-80 7125 VDSC-JTAG 7127 4822 130 40937 BC548B

5% 5%

5% 5% 5% 5%

5%

RESXTAL

X-TALOSC

PM20

X-TALOSC

PM20 PM20

FIL

RES CER

PCS 79 552

8.5

List of accessories and service tools

Item Codenumber

7140 5322 130 41982 7141

7143 7155 7160 7164 482 213 040937 BC548B 1 kHz SIGNAL 70 MIN. 7176 482 213 040937 BC548B 7181 7191 7201 7205 532 213 041982 7207 7210 7230

7241 7245 5322 209 61434 7250 5322 209 71568 74HCT140

5322 130 41982 5322 130 41982 BC8488 4822 209 81726 L7812CV 4822 209

482 213 040937 BC5488 482 213 040937

482 220 931275 MC340640-5 10

532 220 911517 PC74HCU04T

7240 SYSTEM EPROM

7263 7272 7280 5322 209 71568 74HCT140 7304 4822 209 30696 7305 5322 209 33102 MC74AC08DR2 7310 7320 4822 209 33867 7321 7325 4822 130 42696 BC818-25 7327 4822 130 42696 BC818-25 7331 7333 5322 1 30 41979 BC808 7340

7348 4822 130 42696 BC818-25

7359 4822 130 42696 BC818-25 7360 4822 209 62312 MC33078D 7361

7366 4822 130 42696 BC818-25

7380

7391

7394 5322 130 41979

7395 5322 130 41982

7397

7401

7420

7430 4822 209 72587 TCA0372DP2

7440

7450 5322 130 41982 BC848B

7461

7462

7480

7481

7482 5322 209 61482 74HC4066D

7495

4822 209 52683 PAL 16R4-1 0MONO3 4822 209 52682 CSPAL CDl220/PH.IV

4822 209 80817 L7805CV

4822 209

4822 1 30 42696 BC818-25

5322 130 41982 BC848B

4822 209 62059 TCA0372DP1 5322 130 41979

5322 130 41983 BC858B 4822 209 31064 TDA1301T/N1 4822 209 72587 TCA0372DP2

5322 209 71553

5322130 4822130 5322 130 41982 BC848B 4822 209 31615 LM324AD

5322 130 41982 BC848B 7498 7510 7524 5322 130 41982 7530

5322 1 30 41982 BC848B 4822 209 33414 CD60QFP44

4822 209 62059 TCA0372DP1

52561

32071

41982 BC858B 41982 BC848B

Description Item

BC848B 4822 395 50145 BC848B

BT9106KPJ-(PLCC68)

BC548B IKAT CDl220/PH.IV BC848B 9

SCC68070CCA84

ASSY NVRAM 32k

N74F02D

MC74ACT74DR2

CIAP1 .5 QFP80 CS4303-KS

MC33079D

BC808 BC808 BC848B

NE532D

BC848B

x8

Codenumber

2

4822 264 50263

3 4822 397 30096 4 4822 397 30155

5 4822 397 30184

11922

6 4822

7

8 4822

11

Partslist for rollercontroller Item Codenumber Description

1 2 3 4 4 4822 410 62428 KEYTOP-RIGHT 5

Partslist for the touch pad Item Codenumber Description

1

2 4822 498 91048

701

11923

701

4822

30293

691

30309

691

4822

30328

691

4822

30297

691

4822

61841

321

4822

4822 413 90093 BALL 4822 276 13359 SWITCH

62427 KEYTOP-LEFT

o

41

4822

4822 492 42645 SPRING

62311

321

4822

Description

TORX SCREW DRIVER SET PLUG FOR STARTUP OF SERVICE SHELL AUDIO TESTDISC SET TESTDISC WITH CONTI NOUS

AUDIOSIGNALSDISC

SKEW DISC 0,6 EXCENTRICITY DISC

ROLLER CONTROLLER TRACKER BALL TOUCH PAD

MOUSE

CABLEASSY

STICK

1501

PCS 79 553