JVC RG-M10BU Service Manual

RG-M10BU

JVC

RG-M10BU

Contents

Safety

Preroution.s

lnportan.t for

Laser Products

Instruction.

Book

Description

of

!Cs

lJWassr.mbly Procedures

Adj~trnen./:

Procedures

Flow

of

Functional

OperatWn

Until

TO(?

is

Read

---------

---

-----

1-2

1-3 1-4

1-12

1-36 1-38

1-40

Pick

up OPTIMA-6

CD

si9r1al

processor CXA1372Q

Area Suffix

wo§@

cQJo§®

DIGITAL

AUDIO

cQJo~®

DIGITAL

AUDIO

(GRAPHICS

I

the

U.S.A.

C

Canad<1

!faintenance

of

Laser

Pickup

Replacement

of

l,ru;er Pickup

Block

Diagram

Printed Circuit Boards

Schematic

Diagrams

Parl6

List

141 1-41 142

l

4.3

1-47

2-1

No.

20478

Apr.

1994

RG-M10BU

-Safety

Precautions---------------------~

1.

The design

of

this

product

contains special hardware and many circuits and components

specially

for

safety purposes. For continued

protection,

no changes should be made

to

the

original

design

unless

authorized

in

writing

by

the

manufacturer. Replacement

parts must

be

identical

to

those used in

the

original circuits. Services should be performed by

qualified personnel only.

2.

Alterations

of

the

design

or

circuitry

of

the

product

should

not

be made. Any design

alterations

of

the

product

should

not

be made. Any design

alterations

or additions

will

void

the

manufacturer's

warranty

and

will

further

relieve

the

manufacture

of

responsibility

for

personal

injury

or

property

damage resulting therefrom_

3.

Many

electrical

and

mechanical

parts

in

the

products have special

safety-related

characteristics.

These

characteristics are

often

not

evident

from

visual

inspection

nor

can

the

protection

afforded

by

them

necessarily

be obtained by using

replacement

components

rated

for

higher

voltage,

wattage,

etc. Replacement

parts

which

have these

special

safety

characteristics are

identified

in

the

Parts List

of

Service Manual.

Electrical components

having such features are

identified

by shading on

the

schematics and by (

i__h)

on the Parts

List in

the

Service Manual_

The

use

of

a substitute

repalcement

which does

not

have

the

same safety characteristics

as

the

recommended

replacement

parts shown in

the

Parts List

of

Service

Manual

may create shock, fire,

or

other

hazards.

4.

The leads

in

the

products are

routed

and dressed

with

ties,

clamps,

tubings, barriers and

the

like

to

be separated

from

live

parts, high

temperature

parts, moving parts and/or sharp

edges

for

the

prevention

of

electric

shock and

fire

hazard. When service

is

required,

the

original

lead

routing

and dress

should be observed, and

it

should

be confirmed

that

they

have been

returned

to

normal,

after

re-assembling_

5.

Leakage

currnet

check (Electrical shock hazard testing)

After

re-assembling

the

product,

always perform an

isolation

check on

the

exposed metal

parts

of

the

product

(antenna

terminals,

knobs,

metal

cabinet, screw heads, headphone jack,

contorl

shafts, etc.)

to

be sure

the

product

is

safe

to

operate

without

danger

of

electrical

shock.

Do

not

use

a

line isolation

transformer

during

this check.

• Plug

the

AC

line

cord

directly

into

the

AC

outlet.

Using

a "Leakage Current

Tester",

measure

the

leakage

current

from

each exposed

metal

parts

of

the

cabinet,

particularly

any exposed

metal

part

having a

return

path

to

the

chassis,

to

a

known

good

earth

ground.

Any

leakage

current

must

not

exceed 0.5mA

AC

(r.m.s.).

•

Alternate

check

method

Plug

the

AC

line

cord

directly

into

the

AC

outlet.

Use

an

AC

voltmeter

having, 1,000

ohms per

volt

or

more sensitivity in

the

following

manner.

Connect

a

1,SOOn

10 W

resistor

paralleled by a 0.15

µF

AC-type

capacitor between an exposed

metal

part

and a

known

good

earth

ground.

Measure

the

AC

voltage

across

the

resistor

with

the

AC

voltmeter.

Move

the

resistor connection

to

each exposed

metal

part,

particularly

any exposed

metal

part

having a

return

path

to

the

chassis, and

meausre

the

AC

voltage

across

the

resistor.

Now, reverse

the

plug

in

the

AC

outlet

and

repeat

each measurement_

Any

voltage

measured must

not

exceed

0.75 V

AC

(r.m.s.).

This corresponds

to

0.5

mA

AC

(r.m.s.).

~-~AC

VOLTMETER

r:::::::;z:"]

(Having 1000

[____L_J

ohms/Volts, or more

sensitivity_)

.----

-0

0-

r--

~

15µF

A(

TYPE

·'

Pl<1ce

this

•

~-'--+~~+--"-•Probe

on

e«h

e.po"d

1soon

iow

metal

rxirt.

Good

earth

ground

IA!arning---------------------------

1.

This

equipment

has been designed and manufactured

to

meet

international

safety standards.

2.

It

is

the

legal responsibility

of

the

repairer

to

ensure

that

these safety standards are

maintained.

3.

Repairs

must

be made in accordance

with

the

relevant

safety standards.

4.

It

is

essential

that

safety

critical

components are

replaced

by

approved parts.

5.

If

mains

voltage

selector

is

provided, check

setting

for

local

voltage.

1-2

(No.

20478)

RG-MlOBU

Important

for

Laser Products

1.

DANGER:

Invisible laser radiation when open and

>nterlod: failed or defeated. Avoid

direct

exposure

to

beam.

2.

CAUTION:

There

are

no

serviceable parts inside

the

Laser

Unit.

Do

not

disassemble

the

Laser

Unit

Replace

the

complete

Laser

Unit

if

it

malfunctions.

3.

CAUTION

: The compact disc player uses invisible

laser r;:idiation and

is

equipped

with

safety switches

which

prevent emission

of

rad1at1on

when

the

drawer

is

open and

the

safety interlocks have failed

or

are

defeated.

It

is

dangerous to

defeat

the

safety

switcfies

VARN

ING:

Osynl1g

laserstr;"lln1ng

nllr

denna del ar

Oppnad

och

sp~rren

llr

urkopplad.

Betrakta

ej strl'llen.

VARO

: Avattaessa

Ja

suOJalukitus oh1tettaessa

olet

altt11na

niikymattomalle lasersliteilylle.

Ala

katso sllteeseen

REPRODUCTION

AND

POSITION OF LABELS

4.

CAUTION:

If safety switches malfunction,

the

laser

1s

able

to

function

5.

CAUTION:

Use

of

controls, adjustments

or

performance of procedures

other

than

those

specified herein may result

1n

hazardous radiation

exposure.

6.

CAUTION:

The compact disc player provides a

laser diode

of

wavelength 780-790nm and optical

output

power typical 3mW

at

the

laser diode.

ADVARSEL:

Usynl1g

laseritr!ling

ved

l'lbning, nlir

sikkerhedsafbrydere er ude

af

funkt1on Undgl!i

udsaettelse

for

strAling.

ADVARSEL:

Usynlig laserstrl!iling ved l!ipning, nlir

sikkerhetsbryteren er avslott_ unngl!i utsettelse

for

str!l1ng

WARNING

LABEL

(Only for the canada)

OANGl'R'

mv,.cbl•

l.,er

iadiatlon

when

open and

interlock

fa1led

er

defeated.

AVOID OIRlCT

EXPO I URE

TO

BEAM. (e)

ADVARSEL' U>ynllng 1

..

er·

>VMln9

vod

~bnlng.

n~r

\kerheds.aibrydere

er

ude

at

lunktlon.

Undg~ud..,t·

el>e

for

>tr~l'"g

(d)

ENR-005

VARNING.

O.inling

10>0<-

>VMlng

n~'

denna del

~-Oppnad

o'h

•p.\rren

~r

urk0ppled. 6etro<to ej

•tMen (•)

VARO.

Avstta"'s.a

ja

soo-

aluk<to1

ohitetta"'sa

olet

alttHna

n~kym~ttom~lle

1.,e,~te;lylle

Ala

k•Uo

>Ate••••n

If)

0

ENR·006

(No. 20478) 1-3

Since

tha

JVC

X'

EYE

features

CO-ROM

playing.

11

can

be

used

10

en10Y

games

on

Sega

CDs

along

with

games

on

Genesis

cartridges,

music

on

audio

cos,

and

karaoke

music

on

CD+Gs

Games

SEGA

CDs

Karaoke.

CO+Gs

MUSIC

COS

Games:

The

JVC

X'EYE

is

compatible

w1tti thBse

disc

types·

rn'lo~tQl

rnJoflltQl

DIGITAL AUDIO

rn'lo~tQl

DKllTAL

AUDIO

[GRAPHICS

I

SEGA

CD

Games

(CO-ROM)

Audio

MUSIC

(CO)

:

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

·.

•

JVC

x·

EYE

can

oe used

to play

games

on

:

SEGA

CDs

and

GENESIS

cartridges

SEGACD.

GENESIS-

. .

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

JVC

X'EYE

SYSTEM

RG-M10BU

RG·MlOBU

CONSOLE

cartridge

Slot

Reset

BLJlton

/

CONTROL

PAD

CD

Door

Button

{Open)

Power/Access

lnd.cators

Control Port 1and 2

"'

Gl

;!:

~

0

"'

c

Select

A

or

B

according

to

whether

your

TV

is

equipped

with an

AV

input

terminal

or

not

Set

the

POWER

switch

of

X'EYE

to

OFF

befOr$ making

any

connections

A, Connections

to TV

and

Antenna

BACK

VIEW

OF

CONSOLE

B.

Connections

to

AV

TV

BACK

VIEW

OF

CONSOLE

Connections

to

Power

BACK

VIEW

OF

CONSOLE

•When

using

lhe

RF

unit,

the

sound

w•ll

be

played

back

monaurally

(mixture

of

Land

R ohannels) 'Also

refer

to

RF-units

Instructions

-Lr,.r.;oF-~~

[Jll'1

'·.::!~~

~

To

domestic

wall

oullel

of

120V~·

.60Hz

Gamos

SEGA

CDs

Music

CDs

Games. GENESIS

cartridges

Microphone

CONTROL

PAD

Connect

the

control

pad

tc

control

port

1.

Two

people

can

piny

•I

an

optional

control

pad

1s

connected

10

control

pen

2

Turn

ON

the

TV

(Ad1usl

the

TV's

input

selector. channel

or

tuning

according

lo

the

connection

method)

3_

Insert

the

soflware

you

wish

to

use

1n

the

cartridge slot

or

disc

tray_

4.

Turn

the

power

of

X'EYE

to on.

Be

sure

the

power

1nd1cator light

15

on

5

II

all

connections have

been

properly made_

the

X'EYE

logo

anc,

1n

some

cases,

a

demonstration

of

the

game

eppears

on

tho

screen

·uoo

of

CD:

X'EYE

logo

·use

af

cartridge:

Game

demonstration

{When

both•

canndge

and

a

CD

have

been

sol,

the

software

of

the

cartndge

will

operate with

prionty_)

Note Be sure

the

powe<

1s

ott

when 1nsert1ng

or

removing

cartridge

"'

Gl

'

;::

~

0

"'

c

PLAYING

SEGA

CD

GAMES

(CD-ROfvlS)

1. When

insertiny

a

SEGACO

disc,

th~

'GAME"

Will

t)e

Geiected.

2-

Pre,;;

START

"'1

lh<ir

oontrOf oad or

P"'~"

i!ll<tl<>~

C

tQ

go

to

lhe

game

scroon.

Plea>~

refer

!Q

thQ

:n•lructton

manu~f

o!

emoh

gam<l

fQ<

1notruction• on

QP&ra!1on

afte•

lhe.-a

two

ste>ps.

ENDING

A

SESSION

1_

Pmos

th'>

r<l-W't

but1on

i:m

too

J\/C

X'

E'fE

00(.Sr>til-

r--r:;A

....

"'J

1

Mu~_1

~

i

1•--r~

Till

,:w···"tr1.Z'"'"

'"'

'r

--------

!

i

'"'"

16

-·~:::·

4S·43

·"°""Ii...'

: : i

:==========

i

l

__

:·~"--·:_

_

_,__,:__,!_

_____

_

ffi~,\"::'

\'::7~"'1;;]

•

Ho""'~"',

p!Qase

cl<;

Mt

pros~

too

r<IOOt

bunon

"""""

d~ta

is b6:ng

MVed

2.

T>1e

8"reen

first~t$plays

Ills

JVC

X'

EYE

trtle &eroon

~e!ored1splaylng

ltlB CootrO! Panel

•

The-re

m")'

""

sl:gh!

difklrorics•

depe'1dlnq on

ttte

g:ame.

Plt!as~

re!e< to

tt16

lnstrLl'Otion

m&nual

of

eact;

game

ror

more

delb>il$

3_

Rem(IVe

the

SEGA

CD

BACKUP

MEfli!ORY

SAVING YOUR GAMES

Same

!JI!"'~"'

ollqw

'{llU

10

save

yowr

~<Jr<<>"1

IJ'lrM

da!a

"'

the

Orne

you

stop playrng so

you

can

ooritlnu~

playing

later. Tha

JVC

x·

EYE

console has a

inlerMI

circuit

to

save

your data wh•!:h

ir;

c.\IJIOO

,oolr.-:<1

Mckup

memory

"

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

'

N~:

:

S11100M'1<ld

data

fe

era~e<I

~

!h<>

JVC

x·

EYE.

ls

Iott

all

!or

a

momr

or

more,

tum

Ir

on

at

least

<JO<JS-

a month

l;1lflfl

i!

y~

d-0

net

u~e

it

•

tt

1he

dalals

e~ased,

"'!onnat

tl>e

ouin·>r>

""'°"'IP

memory

~nd

ieave

!lw

oower

on

tot

al leaM

one

""'

.

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

READING THE

SCREENS

1.

Menu

Screen

-FORMAT~

•

-+-

--

1

Fcrma!o

t>o.J>tt-in

bac<up

mem'"'i'-

fOAMA'"

~

--'--

-

2

>'ormato baci<up

cartlldge

''"•moi--y.

·~•ii£i\~*---+·-

3

E<Mesdala

lr1

built-in

t>aci<up

,,.,.,rnory.

-ERASE

11"EM

o§

-

--

-+-----

4

Er<1SB•

da1a

In backcip

ra~ndge

merwry.

-COPY

~

TO~

• -

---+----

s

Gopie•

data

In bciilHn backup

""'rwry

lo

baci<up

Ga<1rld'J"

·COPY

'".

TO

a;

.

----

i

memory'

EX:!

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

-<!"

-·

6

Coples

<futa

,n

backup

cartridge

msmory

!o

bulit-ln backup

~-------.._:__,

memo>y.

·-

7.

Re:~m&

you

to

tH.:.

Control Panel.

2.

ERASE Screen

-ERASE

ITEM~{)

SRvad

Item(•)·

r~umber

o!

•temssaved

ll1EEl;'.:lFORW'11S

OE<IA._00

__

>AV<U

in;"">>

'"""

'"'MORr

Cree Merno<y:

Unuood1lJla~

inbi.cl<uP mmnory. Units

am

blo~'ks.

;\em Numl><lr. S"'fUSn!ial

~""'

numbef.

2

'20

"""

"'"'°"'

Name:

the

name

that a

d"1>1

item'"

saved

und6r

1n

b""klJI'

m.:.morv

Nl1MBE~

>U\ME

U"EU

: :

'·*-''

'iM..,,,'.l':I;~--:~,;.·

/ "-''P''A'J

>"lJ-

'

11

cannot

be wr1uen oy tho

pla)'!lt.

An

atlbro>1ab00 o!

mo

game's narrie

01

omer

Hile

is

<1U:Cmar:cai!y

UO>ld.

Memo!)'

Us&d.

Siu

m

eacr--

1!em.

Units ara

bl<Jcks.

FORfi/IA TTING

1 Se1.,ot

OPTION

""

the

Cootroi

Fanai

and

press

Sl>non

C

• lf

!he

mm1ber

o1

""''ted

'terns

ood

Jrn.e

memory

rn

1nternat

memory

12

d•spley&d

on

tf1e

DA

TA

STOF!AGE

INFORMATION

$otean.

>t

meaMS that

rt

was

alre.sdy

kJrmat10d

at

th.s

time

ol

shlpmGnt. In

H1<it

c~S<l,

l>$EI

M

rt

lo.

2.

When

'PLEASE

FORMAT'

appears, pr<*S.

But!l)ll

G

K>

90

K>

the

menu

3_

Select

"interMI

Woci<up

format

l>ullHn

b""kuD

memor(

11nO

press

Button

C to

go!()

th~

FORMAT

Screen

4_

Select

"Yes'

and

pres~

Sutton

C.

Formattim;i is

car""d

oul

amt

you will

r<>turn

to ttie menu_

, ll a "Carino\ Form&t•

massage

appears, 0

'"

po•srbfa

lC!lflt

th111r~

·~a

breakdown

or

<leloct

age1n

in

the

JVG 'X

EYE

In such

""""'·

pl.,es<)

con•l>lt!he

retari

..:.11$1

horn

..ttqm

)'Q\.I

purohss~d

tt

!

''"''-'~"'J"

i

:;::;:~~

~·.:.~:;,,.n-

:

'~'""'"~

~"""""°"'

!

'

"'

!

'"'

'~'"""""

"'·'0""

·.(-"<

I

<-.O"F<S<><'

-

':

""""''""""""

~-·:<xx·So

-FORW\f

'llif

ERASE

rrEr>

~\_1

·

<>1"8~

"""

'."'l

-

-CO•<;;>:lTIJ~-

-COOVl°"l

TO

;:Q

-

'"'

™'~"'-"·'

'""-"-""'

'-''''""'''"'"

'"'''""'--""'

"

""'"'.,"-"""""'"-'

'"'""""""'

"''"''''

ERASING

Selecl OPTION

on the

Control Pane:

P<ess

Button

C

to

go

to

the

D/\T/\

STRAGE INFORMATION Screen

2.

Press Bulton C

to go to the

menu

3.

Select ERASE

Press Button

C

to

goto

the

ERASE Screen. (Please

see page

7

lor

onstrnct1ons

on reading the

m~nu)

4.

Tho saved items

will

appear on the

screen Select

the item

you

want

to

erase

and press Button

C.

You will

then go

to

ERASE

Screen

1 to 2

(Please

see

page 7

lor

1nstruct1ons

on reading

ERASE

Screen)

5

Select

'Yes"

and

press

Button

C_

Erasing

1s

earned

out and you

will

r~turn

to

the

menu_

-

~

-cr

..

SE

ITEM

b.,;-

-,~:;:;:;>o"~-,;

""'"""

''"'''"'"·"

"""'"""'

'

"'

,-,"

"'"o"

""'""

"""'

""

"--·

'

•,lo/[""

""

'

ERASE

Screen

1

''

"°"

'°""''

'"

"""

""

"''""''

""

-

ERASE Screen

2

ENDING FORMATTING, ERASING,

and

COPYING

1

Select EXIT

on

menu

Press

Button

C

!o

ra1um

to the

Contml Panel

_,.-,

""""'

'">""""''-0"

'""""' '""""'"

::'.J

"'"'- ,

·=-o·

~·

I

:::::::.:.:;,~;·I

'•o•

..,,,,.,

"''"' '"'

'"~c"

~--

-FORMAT

:;:a

·FORMAT

f-

-

·-ae~~

-ERASE

ITEM

1""'1-

-GOPY

SJ

TO-,;;._,

-

-COr•v

~

TO

8.:l

-

EXIT

-FOHMAT

f.'Q

-

FORMAT

I!"'"

-

-<I

•ASE

ITEM

E_Q

-

-ERA"E

ITEM

[!.i{ -

-GOPV

SJ

TO

Jl!I

-

-GOPY'}-"l

TO

::\J-

llllfr

A '

2 Insert

tha

Sega

CD

you

want

10

use

and operate

!he Control Panel

to start !ha

game

C<>AM~_J

1_.,.USIC

I

~

~I

•'J:!!J

""'"":;·~

~~:~:~~~::~~~.-;;~

Control Panel

'""""'"

~

"'~'

PLAYING CARTRIDGES (GAMES)

Turn the power

of X'EYE

to

OFF

2_

Insert

the

cartridge

1n10

the cartndge

slot,

lat>el

side facmg forward.

3

Press

the power

button

on the

JVC

X

EYE console

10

turn

1t

on.

4.

Use the

control pad

to s!art

the game

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

"

When

playing

a long

game,

it

is

suggested that

you

take a

10

to

20

minute rest

, every hour for your

health. ,

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

ENDING

GAMES

1_

Press the

powe<

t>utton

on the

JVC

X'

EYE console

to turn

1t

off

2.

Gently pull

the

cartridge stmight

out

3

Unplug

the

AC aOaptor

'o~

Never take out

the cartridge

when the power

1s

on

as

this

will c:ause maltunct1onin9

or

damage

PLAYING

CDs

(MUSIC)

Turn on

the

TV

2-

Whon >nsertmg

a

music

CD, Iha "MUSIC" indication

1s

selected.

3 Press

START

on

the

control pad

01

press button

C

to

bag1n

playing lhe CD.

4

When

the CD

1s

finished playing,

remove

the d•sc

from the tray

-

0

"'

c

,

J'~}flqg

JVC

~·

~YJi

·"'"*';z,ft\

..

·,.

,·""'<>

CONTROL

PANEL

DISPLAY

DISC

TIME

MODE

--

.

1

.

__

Shows disc

time

in

tour

-----DOOR

OPEN

Indicates that

the

CD

door

is

d1fterent

moOOs

open_

TRACK

,--

.___lM'JSIC

1-~

"0~"

I CG-0-

$>

I

-TIME

---~'

7~7~c

"IJ

"''°'c

RC><

sEAAc<

1

MODE

I

~1::...J...!!

r!!C::

'"'1'"'

'""

1

Displays

in

two sout>d

~O

,_,

APSEO

oo-oo

OORMAL-

I J

modes

CURSOR

n~

I

:-~::~°;::::~~=~=~=;===.=~:==:=!~]I

1

l=?t::~;:~~~ME

REP'EAT

R<NDOM

PROORAM

TIME

INTRO

time

when

If

""'"''"'

1'1TRO

CLEAR

has

been

Mt

R<SET

SPACE

MODE OPTION I

SPACE

LEVEL

METER

Indicates the

space

between

tracks

wOOn

it has been set.

MUSIC

CALENDAR

FUNCTION COMMANDS

Normally

1ndicat10S

track numbers

1n

the track order

of

the inserted disc. During PROGRAM or RANDOM

playing,

~displays

the track order that you have set. Further, when the track order has been set for

PROGRAM

playing, the

LEVEL

meter

1s

replaced with the

PROGRAM

CALENDAR

( CONTROL PANEL BUTTONS )

STOP

'~' I ~PAUSE

AUTOSEARCH

-r~USIC

I

00'0

''"~swttchtoCD+GScreen

,~.

~'

-··l

Aiilod;AACH

'""""

I

,-""

l':_j

-~

iiil..,

!fl

Command

"''"'

oo

'~',=

oo:oo

'"o~

I

L

······-··-·····-·-······;!

I~

"

····-••••-••••••-•••••••••••

SEARCH

"

'"+O

REl'EAT

RANDOM

Pf>YJRllM

TIME

A~

REPEAT

l'ITRO CLEllA

RESET SPACE

~OOE

OPTION

'1')

~~404+

%*';,

,,,fiJ&1:1

( CONTROL PANEL BUTTONS )

PLAY

PAUSE

STOP AUTO

SEARCH

CD-G

When you

se~"1

[~]

or(MUSiC)

and

press

Buttoo

C,

the option turns rad

an<!

play begins.

When you select

[II]

and

press

Button

C, the option turns red arKl play

of

the

currant

track

is

paused. Playing resumes from where thetraci<was stopped

tt

you

press~

again.

WOOn

you select [•J

and

press Button C, play of

the

current

track

stops.

(Can be

used

during PLAY, PAUSE. and

STOP

and PAUSE)

1. When you select

either[-]

(right)

or

['-

I (leH) and

press

Button C, this option takes

you forward

or

back

by

one

track_

2.

When

PAUSE

or

STOP

are

h1ghl1ghled, you can resume play

by

pressing

PLAY

again.

(Can be used ooly during PLAY) When you select either [ -

l (right)

or

( - ] (left)

and

press

BLJtton

C,

1he

option turns

red and cues forward [ -

J

or

back [-] through the current track while you hold down

Button

C.

When you sale<;!

CD·G

and

press

BLJtton

C,

the display changes to

the

CD-G screen

( FUNCTION COMMANDS )

REPEAT

A-B

REPEAT

RANDOM

(Can

b-e

set

during PLAY, PAUSE, artd STOP) Repeats play When you select

REPEAT

artd press Button

C,

the option turns red

During PLAY, play starts by itself.

Duling

PAUSE

or

STOP, play is staned

by

selecting

PLAY

and pressing Button

C.

All the tracks on the CD

or

the

tracks that you select for

PROGRAM

playing

are

repeated. RANDOM and

INTRO

playing can also be repealed.

Repeats a

sect10n

ot

track (Cen only

b-e

used

during

PLAY)

1.

When

you select

A·B

REPEAT

and press Button

C,

the option turns blue end

the

starting point of section

to

be repeated (A)

1s

marked_

2 The end of the section to

b-e

repeated

(B)

is marked

by

pressing Button C

aga>n.

AB·

REPEAT

turns red

and

repeat playing of section A to B begins

P"1ys automa\1cally selected tracks. (Can only be

sa1 during

STOP.)

1

When

you sele"1 RANDOM and press Button

C,

the option turns red.

2.

When

you select

[~]and

press Button

C,

rartdom playing tleg1ns Th1sopt1on can also

be comb•ned

with INTRO, PROGRAM, and

REPEAT

play;ng.

PROGRAM

Enables you to listen

to

tracks in the order you choose (Can ooly be set during STOP.)

1

When

you select

PROGRAM

and

press

Button C,

lhe

optton turns blue

10

ll

"'

'

;;:

-

0

"'

c

Playing JVC

X'

EYE

CLEAR

INTRO

SPACE

MODE

2.

When

you

select the track you want

to

hear with the cursor

and

press Button

C,

its

numtler

is

displayed on the MUSIC CALENDAR

(Up

10

99 tracks can be programmed.)

3.

Alter

sel&e11ng a track,

when

you

select

EXIT

and

prass

Button

C,

the

cursor

moves

to

the PROGRAM option. [The PROGRAM option turns

re<l.)

4

WOOn

you seleci

[~]and

press Button

C,

PROGRAM playing begins.

Clears the

PROGRAM

option rCan be used

dunng

PlAY,

PAUSE. and STOP).

When

y<iu

se-.ct CLEAR

and

press

BLJtton

c.

everything

in

PROGRAM

is

erased. To

execute PROGRAM again, stop play

by

selecting

[•land

then carry out PROGRAM

steps 1 to 4. To

clear

when

;n PROGRAM, select EXIT and press

Blllton

C (the

cursor

will move to

PROGRAM)

before carrying out steps for

CLEAR

given above.

Plays the

l>egt~ning

o1

each track m order

(Qin

be used during PLAY, PAUSE, and STOP)_ The

beginning section (introl to be played can be from 1

to

59 seconds.

1_

When you

9"lect

INTRO and press Button

C,

the option turns red

a~d

INTRO

time

1s

displayed

on

the screen_

2 INTRO

t'ma

is ciiengod with the direction blJttons. The right and lelt blJttons are

to

select e<therthe on0s

or

tens

d1g1t

and the up

and

down

buttons are to increase

or

decrea%' tho number

3

When

Button

C"

pressed

:o

end

time setting, the

INTRO

time display disappears.

Duri~g

PLA'f,

piaystarts

by

itself

Du11ng

PAUSE

or

STOP, play is sta'1ed

by

selecting

PLAY

a~d

pressing Button C

Pauses

tor a number

of

seronds

between tracks (Can be used during PLAY, PAUSE.

eodSTOP) The pause b-etween tracks

(sparn)

can be from 1 to 59 seconds. This feature can be

combined

w1tt1

lr-..tTRO,

PFIOGRAM, and

REPEAT

playing_

Whe~

you select SPACE

acd

press Button

C,

the op\ion turns red and SPACE time is

dis:ilayed

on

tne screen_

2.

SPACE time

1s

c~anged

wit~

the direction bultons

Ti'a

right

a~d

left buttons

a'e

to

select

e:therthe

ones

or

tens digit and the up

and

dowo

buttons are to increase

or

der.reasa 1"0

r~•~rer_

3

When

you pcess B·Jtton C to

end

time setting, the SPACE time display disappears

Du~ng

PLAY, play starts

by

itself

Is

used

fO' the

ocaraoke

funciion

When

yo~

select

MODE

and

press

BLF.too

C,

the following sound modes

ere

displayed.

The

mode

changeo each

t'me

you press Button C

NORMAL'"

l~r

oormal steren soono.

V-MASKING 1s fo• lowerir.g the vo.oo

of a vocalist on a normal

music

CD and to anioy

KaraoKe

by

s1ng1ng

along.

When you

use

Karaoke Disc, please

set

to

NORMAL

position.

"

Pla~g

.JVC X' EYE

TIME

RESET

OPTION

BLIND

CONTROL

11

you select

TIME

and

press the Button C

dunng

playback, the modes below will

be

displayed

The

mode

changes each time you press the blltton.

ELAPSED:

Time

that has passed since

t~e

current track started playing_

T-ELAPSED. Total

time thal

has

passed since the disc sterted playing.

REMAIN

Time

remain•ng

in

the current

tree~.

T-REMAIN Total time remaining on

tl;e

disc_

Turns all function

commands

otf_

When you select

RESET

and press Button

C,

all the function commands

tllat

are

<>r

(those highlighted

1n

red) are

t~rned

off_

Is

selected

when

you want to

beck

up your data or use

op11ooel

1unc!1ons

thill

w'I.

be

available later. When you select OPTION. the oplional

tur>et1on

semen

appea~

It

is possible to control audio CD playing Without turning on your

TV

Cont•ol funel ono

can

be executed while holding

down

the

START

button

START+

Button

A.

STOP

START+

Button

B·

PLAY

START+

Buttor

C.

PAUSE

START+

d1rect<on

button

(rig~Uleft)

AUTO

SEARCH

(foiward

or

reverse)

PLAYING

CD+Gs

lr•e'1 a CD+G

me

d<sc

tray and close the

CD

door.

2.

Press

START

on the control pad

or

press button

C.

The

CD+G

beg•ns

p!ay1ng

and

the screen goes alJtomahcally to the

CD+G

display

3_

Control during Play is ca

med

olJt

witr

the

CD+G

Control Panel

Press Button

Bon

t~e

control

pad

to

h<de

or

restore :r.e

CD+G

Cortro!

Panel. {With every other toggle, e status

ii~e

appears

on

the CD+G

screen)

What

is

a CD+G?

Since a CDTG contains

not

only signals for sound, but also signals

for graphics. you can play still pictures

and cMracters along

with the

music

•

A

disc

may

contain

up to 15

graphFcs

channels

and by

sw1tch1ng

channels, you can

choo"e

different

languages

(e

g Japanese

or

French)

lor

a song's

lyrics Whothar possible

or not

dapands

on

the

disc

so

pleaS<l

read

the instructions

ol

the

disc_

·As

with audio

CDs,

you can control CD+G playing with the

Control Panel

(CD+G graphics are hidden

when the Control Panel

is

being

displayed

J

-

You

may

see

d1stort1on

1n

the

picture after

you cuo

forward or back

wrth

the Control Panel

dunng

PLAY

and return to

the

CD~G

graphics.

(

FUNCTION COMMANDS

) [

--

~~~a~~~eLgraph1cs

channel that

you

TIME

___

____

_

-,

select

with Channel

Select

TRACK

NUMBER

-<'1

1

'".

.~.

1

~1-

MODE

.

1 1

Fnables you

to switch the

sound

modo_

PLAY

------'-J

,-----'-

EXIT

STOP

----

I Takes

you

oack

to

the

Control Panel.

I

~'i''i"i

PAUSE

AUTO

SEARCH

I

'1

'~

'""''i"'"

I

CHANNEL

SELECT (CH)

-L_

J

You can change

the

graphics channel

by

sclac!lng

a

desired channel

with

the

direction

buttons and

pressing Button

C_

(You

can

choose lrom

15

channels

J

Mic Mixing (Singing

along

with the music.)

1 Connect the microphone to

tho oonscle

2.

Adjust microphone

volume

~~--J

jl=,~-'<

----1

Microphone

volume

The microphone

1s

plugged

IS

adjusted with

MIC.

into the

MIC

Port

(MIC)

R

'

R•

R

*

*'

*

'

The

vocal

masking

(V-MASKING)

----.

Lowers the volume

of the smger's voice

on

audio CDs

Select MODE and press

Button

C.

then

select

the

V-MASKING

Control Panel.

·What

is

vocal

masking?

I

MUSIC

I

~

[!

_[

U!!J

1~

0

'"~

1

'1.!°'""

....

1

'',;'.,','"' 00:08

,-v-.,..s•iNo'

:::;;::::.-::::::::=::::=

.

'

.

. .

,,

"

,.

'

.,

REeFAT

'AN"!~

e<(:2_'A"

'IME

AORro:<T

''°"'

<~°'"

By

lowering tho sound in the

central

pos1t1on

of music

recorded

in

stereo. you can reduce the

volume of

the Stnger's

voice. However. the

voc:al

masking does

not mute

lhe smger's

voice_

Please play music

recorded

1n

stereo

when using the

vocal

mask1n·;i.

If

1t

1s

used

with

mono<a1I

recordings

the

volume of

both ·he singer's voice and

the

muS1c

will

be

reduced

However,

the

vocal

masking may not work even with stereo

revordings

of

ciass1cal

pieces. songs with

few

instruments. duets. songs with strong

echoing

(such

as

chorus pertormances), songs where the singers

voice

1s

not

1n

the

central posit•on.

etc

SOME ADVICE·

---

·You

may exporionca howling

(a

sharp

screeching

noise)

when you

turn

the

microphone

volume

all

the

way

up

To

prevent

this:

1.

Do not face the microphone

toward

the

speakers

or keep the microphone

a

d1s1ance

from the

speakers.

2 Turn down MIC volumo

Tum the

volume down when

not

using

the

microphone

15

"'

G\

'

s

~

0

"'

c

z

0

~

CPU-

Memory

RAM_

8001

ROM

Sound circuitry

Graphics·

lnpuVOutput Ports: Audio inPu\.

Audm

output

V•deo output

Control

port

CD drive

un~

Battery back-up: secondary duration.

Usage

environment

Temperature

Humuj1ty;

Cu"tom

AC

Adaptor·

68000 (

12

5MHz)

68000

(BMHz)

zaoA

(4MHzJ

6Mbtt (CD,ROM

~uHar

memory)

512kblt (PCM

waveform

memoryi

128~b1t

(CD-ROM

da1a

cache

mamory)

64kbit (backup

memory)

576kb1t

(program

memory)

512kbl1 (video

memory)

TMb1!

CD

gamo

BIOS

CD

player saftwam

CD+G

compatll>le

PCM sound source (Stereo 8

channels Monaural I

cnanrial)

FM

soum!

sour"'

(Starao 6 channels)

PSG 50und source

(3

sounds+

1

noo'se)

PEM1Bt!

o.-Aronvcrter

Bx

1ntem~l

ovor-sam~lng

dogttal

Jilter

Maximum

no.

color

d1•play

84

colo"l

from

a 512 palette

Ma.,mum

resolu!ion;320 x 244 dots

Sprites·

SO

Backgruunds 2

Sp~c•al

d1~ay

funC1ions

Rotattro,

enlargement,

and

raducuon

Mii: connecuon W\n<:!;lrd jack

(lnplll

lmJl<ld6ncG

:

1

0

kohrns)

RCA p;n

1a~k

{UR)

Headphone

comJeciton

m1rn-jack

{L'fl)

composite video output

(1

ovp-p

75 chms:

tmtJal~nce)

RF

adaplor connsctron

output

Control

pad

connoct•on 9-p•n D-SUB connocior

x

2

CD

d1amoto•-

12cm

and

Scm

Access ttme-

t\vemge

O

8

sac.

Approx.

1

month

O'C·

40'C

10°io-80%RH

Input

AC120V~',

60Hz

Ol11put DC9.5V,

1 5A

Elec

consumption

WW

max

AC

adaptor (AA-895.J) x

1

Contn;il Pad

x

1

RF

adaptor {RF-S10JI x

1

Suppli~d

software x

4

(3

types)

Design

&

spec1llcatlons

subject

lo

change

wrthout

nouce.

Measurements(unit:

mm)

.m:

"""

\

"'

/o

00

-~:-;_

__

.

/:---

.

I

!

-----...;

••

i

'

•

"

•

~

_l

Weight.

1

4Kg

3

21hs

Dltnl'll1S!Ofl~-

12

7.-lj

x

113/1

6

x

9

7.'16

;r>C(1es

(WxKxD)

320x71x239mm

~-~---=

ii

[:'

'~l:;,_J

-

0

"'

c

RG-MlOBU

Jnescription

of

ICsJ

• MC68HC000(1C101,

171):

CPU

Functions

Pill

No.

Name

Symbol

""

Function

32-51

ADDRESS BUS

A1-A23

0

It

can specifies

16M

Byt~

memory

d'1rectly.

53-55

,_,

DATA

SUS

D0-015

""

Data

lines

D0-015

.are bid.,ect1onal arid

used for

data

transfer.Interrupt

68-58

vector

is

inputted

at

a

acknowledge

cycle

of

interrupt

from

1/0.

6

ADDRESS

AS

0

This

output

strobe

is

used

to

indicate

the

presence

of

an

addres:s

on the 24-

STROBE

bit

multiplexed

bus.

9

READ/WRITE

RfW

0

This O>Jtput

pln

1s

used

to

1nd1Cate

the

direction

of

data

transfer.

'

DATA

uoS

0

This

outputs

are

used

to

transfer

data

to

or

from

a peripheral

or

memory.

UDS

'

STROBE

m:

0

ind1<etes

up~r

byte.

One

of

them

is

active

when

accessing

by

byte,

and

the

both

are

active

when

accessing

by

word.

'°

DATA

DTACK

'

This

signal

is

inputted

after

transferring

data

with

peripheral devkes_

TRANSFER

ACKNOWLEDGE

B

BUS

"

'

The

s•gnal

whkh

raquests

to

make

data and

address

bus

free

is

inputted

from

REQUEST

one

of

the

other

per1phe1al controllers_

The

addre$$

and data

bus

and

<ontrrn

terminals

become high

impedan<e state

after

recerving this

signal.

"

BUS

BG

0

When bus requert

is

inputted,

this

lets

the

peripheral controllers

know

GRANT

that

the

data and

address bus

and

control

terminals

are free.

"

BUSS

GRANT

BGA:Ci(

'

The

signal

from

the

peripheral

controller

is

inputted

which

means

that

the

ACKNOWLEDGE controller

become

bus

mus.tar,

after

bus

grant

is

oLJtp"tted.

27-25

INTERRUPT

IPL0-2

'

Interrupt

request

which

has

seven

levels

•s

inputted.

IF'L2

1s

mo>!:

sign'1ficant

CONTROL

bit.

24

BUS

ERROR

""'

0

When

a

trouble

occurs

on

the

bus

cycle

1n

execution,

bus

error

is

asserted

20

RESET

mrr

"°

This

terminal

•s

used

as

an

input

to

initial1ie

the

CPU

by

pulling

RESET

low.

When

the

reset

commaM

1s

executed,

this

terminal

i>

used

as

an

output

to

the

()€ripheral devices

"

HALT

"o

A

low

level

on

this

terminal

wdl

cause

the

CPU

to

stop running

at

the

end

of

the

present instruction,_

As

an

output,

HALT

indicates

that

a

bus

error

has

oo:ured

tw<:J

times

SU(cessively

In

the

h.alt state,

address and data

bus

and

control

terminal

are in h•gh impedance states.

22

ENABLE

E

0

This

is

used

to

communicate

with

the

penpheral

device

for

6801)_

23

VALID

'PA

'

This

1s

used

to

acces1

the

peripheral devices

for

6800. The

aCCe5s

signals

for

PERIPHERAL

the

peripheral

dev~

are

outputted

by assert1rig

this

pin. When

VPA.

is

ADDRESS

asserted

on

the

interrupt

acknowledge cycle,

MF'U

executes

the

interrupt

acknowledge cycle specif,ed by

automatic

vector_

"

VALID

'MA

0

Th1s

5ignal

is

outputted

when

the

peripheral devices like

1/0

assert

this

MEMORY

terminal

to

request an

access

timm1ng

for

the

peripheral

LS"5

for

6800.

Th•

ADDRESS

activa

of

this

terminal

mearis.

that

the

address

bus

are

valid.

30-26

PROCESSOR

FCO-

0

These

3

bits

1nd1cate-s

the

state

of

the

CPU: fetching ins-truct1oris. accessing

STATUS

SIGNAL

ec2

data

and

interrupt

-atknowledg-e,

,,

CLOCK

'"

'

Operational

clo~k

input

14,

52

POWER

SUPPLY

"'

--

""

"-

GROUND

GNO

--

GNO

17,56,57

1·12CNo.20478)

RG-M10BU

• 315-5660(IC191):

Game processor

1.

Outline

Game processor

only controlled by the main-CPL"

performs all of the screen

controls,

'rhe controlled

screen consists of five

layers:

sprite, scroll

A,

scroll

B,

window and background. Monaural

PCM

sound

generator,

prograrnable

:;ound

generator

and

f'M

sound

generator

controlled by Z80

are

also

included

IPLl,IPL1,V

"

w

F<:.I,

f

AS, UOS,

l

RN/,

OT

VA23

°'

"

_,

V015

_,

BR,

BGA

"

"'

•

ET)-.+

"

"=i

"

rn

"

{SJMHz)MC

'"

,,,

"

-

?;WR,

MR

"

ZRD,WA

"

·~

-o

- 0

-

~

-

'

Clock

6

I>

CONTROL

AO{)RE'iS

'"

<l

(Or<TROL

<::::]

I

ADDRESS

-

<lH

I

Reset

t

"'

CONT~OI

<l

~DRESS

DATA

<l

CON

·~OL

C>

AODRE5S

PATA

Ml,IORQ~

'"'

Interrupt

m3

NMI

rn'

fDW~

"°'

"'

PASO

""

"we

PAS2

TIME

CASl

Orn

ASll

IQ(OPEN)

'"

CASO

DJS(

'"''

'~

IA14

CART

NTSC

It

1"

I

'

!

68000 Einernal

memory

lnterf«ce

+

v

'

~

,,

CONTROL

ADDRE>I

lntern<1I

Controller

"'

~

---------

Register

68000

,_,,

Bus

request

Interface

DTACK

{By

Z80,

DMt>.)

WArl

[QNTR0l

f=;

DTACK

WAIT

rnD

Bus

request

i~terface

(By

68000)

CONTROL

I

-

.r-~

CONTROL

ZBO

External

m€rnory

A0DR'51

, I

Interface

I

l

j

10L'ND

"'

I

+

10

ICS)

LWR (WR)

,,

'

"o

l!OA

DATA

CONT

1/0

B

00(

"

.

'

~

'

~

'

A6,U

so-o

C6-0

.RA51

{"

CONTROL

D~;OR£:S

r·

S

'I

I

0

C.

SEO

CAS,O!l

EO,

OEI

07-0

DATA DATA

"'-'M

Interface

,

f

'

f

' '

p

' '

'

0 0

'

I I

f

'

I I

d

'

B

A

T1mming

circuit

j_

D"

t

"'

)ATA

PSGI

JATA

FM

sound

-

generator

I

"'

I

TEST

cncuit

I

l

T

TEITO

TE\11-3

=·

'

~·

'

•

SYNC

'

'.<YNC

SYNC

l(OPI)

V (OPE)

'

•

f-,.M f-,.M

(No.20478) 1-13

RG-M10BU

3.

Pin Functions

No. Symbol

1/0

Function

Pin No.

Symbol

1/0

Function

154-176

VA1-VAZ3

VO

68000

ADDRESS

BUS

"

RA51

0

137-152

VOO-VD15

VO

68000

DATA

BUS

13

CAS1

0

191

AS"

1/0

16

OE1

0

192

DOI

110

15

MO

0

DUAL

PORT

RAM

193

cos

1/0

10

SEO

0

INTERFACE

194

-

110

"

WE1

0

195

DfAK

110

9

SE1

0

SIGNALS

182

"'

0

11

SC

0

183

BGA(k

1/0

26-33

AD0-AD7

1/0

184

T<l"

I

68000

INTERFACE

SIGNALS

1-8

SDO-SD7

I

185-186

Wli-Tm

0

17-20,

47

VPA

0

22-zs

RDO-RD7

110

48

Hm

0

"

MOL

0

FM

"

=

0

SS

MOB

0

S0-51

FCO-FC1

I

57

SOUNDVDD

-

130

CLK

1/0

S4

SOUNDVSS

-

112-127

ZA0-ZA15

1/0

ZSO

ADDRESS

BUS

131

SBCR

0

VIDEO+PSG

200-207

ZD0-207

1/0

zao

DATA

SUS

"

VIDEO

AVDD

-

187

IORQ

I

3'

VIOEOAVSS

-

188

"'

1/0

lS

8

0

189

ZWR

1/0

36

G

0

190

M1

I

37

8

0

"

MREQ

1/0

ZSO

INTERFACE

SIGNALS

"

(SYNC

1/0

"

ZRES

1/0

178

PSG

0

60

ZBAK

I

177

SOUNDVDD

-

61

NMI

0

179

SOUNDVSS

-

"

ZBR

110

63

WAIT

1/0

100-106

PAO-PA6

llO

JOY

PAD

INTERFACE

181

INT

0

93-99

PSl.l-PB6

VO

132

ZCLK

1/0

85-91

PCO-?C6

1/0

199

RASO

0

"

TESTO

1/0

TEST

SIGNAL

"

eoe

0

82-84

TEST

1-3

I

TEST

SIGNALS

196

UWR

0

P-SRAM INTERFACE

111

10

VO

NOT

USED

6S

NOE

0

110

vz

1/0

197

LWR

1/0

109

zv

110

66

ZRAM

0

58

SOUND

1/0

67

REF

0

SAAM

INTERFACE

44,80,

136,

208

VOD

-

POWER

SUPPLY

39

YS

0

41

VSYNC

0

"

HSY

NC

VO

21, 53. 92.

135

EDClK

1/0

133, 153,

vss

-

GNO

198

CASO

1/0

180

68

CAS2

0

69

RASZ

0

70

ASEL

0

71

ROM

0

7Z

fOC

0

"'

fRES

llO

73

FOWR

0

74

CEO

0

"

Ml

I

"

Tl

ME

0

76

CART

I

79

DISK

1/0

77

IA14

0

40

5'A/8

1/0

1Z9

SEL

1

I

134

MCLK

I

46

NT"

I

"

WRES

I

1Z8

SRES

I

107

JAP

llO

1-14(No.20478)

RG-M10BU

•

Z80

(IC181):

CPU

for

FM

sound

generator

This

IC

is

central

processing

unit

which fetches instructions

to

execute a

program,

Functions

No

Symbol

27-44

ZAO-ZA15

9,10,7,3,2

ZZDO-ZD7

4,

5,B

"

ZRES

"

NM'

2'

ZBR

"

ZWAl'r

"

ZINT

"

WD

"

'WR

"

M'

'5

MREQ

'6

IREQ

'°

ZBAK

6

vcc

"

GND

11,17,33,39

"

RFSH

HALT

NEC

JAPAN

UPD9036GB-4

ZSO

CPU

xxxx

xx

"o

Function

0

Ad<Jress

S€iect

lines_

Tnese lines

are

normally

used

to

select

the

port

a~dlor

control

regirters

"o

Data

bus.

bidirectional_ 3-state.

This

bus

is

used

to

transfer

da~a

between

the

cpu

and

the

peripheral device.

'

A

low

on this

l<ne

resets

the

CPU_

'

This

1s

interrupt

request signal

which

is

prior

to

ZINT.

'

This

IS

inputted

when

jlripheral

controllers

wanU

to

control

data

and address

bus,

memory

request.

l/O

request,

read and write

ZBR

is

prior

to

NMI.

'

A

low

on

this line indicates

that

the

responding device

needs more

time

to

complete

o

transoction_ The

CPU

can

wait

process

of

the

devices.

'

This

signal

can

be

driven

by any

pe1ipheral capable

of

generating

an

Interrupt

A

low

on

\NT

indicates

that

an

interrupt

request

1s

being

made.

0

The

CPU

as.serts

this terminal

to

read data.

D

The

CPU

asserts

thLs

terminal

to

write

data.

0

The

state

of

the

CPU

11

presented.

0

The

CPU

outptJt

this

memory

request signal

to

read

and

write

data.

0

The

CPU

outputs this 1/0

request

signal

to

read and

wnte

data.

0

A

low

on

this line

indicates

that

the

Z-BUS

CPU

has relinquished control

of

the

b"

in

response

to

a bus request

Power supply

GND

i

Non connection Non

conri;oct1on

Non

connection

(No.20478) 1-15

RG-M10BU

• TC511632FL-10 (lCl

72):

Psevdo

static RAM (Program-RAM

for

main-CPU)

These

RAM

are

used

to

store

the programs

that

main-CPU

executes.

Terminal

Layout (Top

view)

Pjn

Functions

GNO

VDO

A9

·-

A8

LWR

No.

Symbol

•D

function

2-11,33-37

AO-A14

'

Addres.s

bus.

These are used

to

wlected

the

A7

A>O

spedfied memory.

AG

A11

12-19,

Dl-016

<IO

Data

bus.

These

are bidirectional

P-Orts

and

AS

A12

22-29

used

to

transfer

data

between

ma'1n-Cf'U

and

A4

Ml

RAM.

Al

A14

A2

Dl5E

39

UWR

'

This srgnal

is

inputted

when

writing

upper

bits

of

data.

"

CE

38

lWR

'

Thi$ signal

is

Inputted

when

wrtting

lower

03

036

bit;

of

data.

02 035

"

UDE

'

Data (upper bits)

can

be

outputted

when

this

03

DH

terminal

;s

low level.

o•

on

"

LOE

'

O..ta{

lower

bITTl

'ari

be

outputted

when

this

05

012

terminal

is

low

level

06

011

07

30

CE

'

Chip enable.

This

signal

is

inputeed, when this

08

09

i~

is

E.l~d

GNO

VCC

41),21

VOD.

VCC

'

Power supply

1.

20

GND,GND

• LC3564QM·10 (IC102)

:

Static

RAM

(Backup-RAM

for

sub.CPU)

BR65265Af-10LL

(

!C182):

Static

RAM

{Program-RAM

for

280)

Terminal

Layout

Functions

NC

vcc

No.

'Symbol

•D

Function

A32

'

WE

A7

CE2

2-10.i1.21-·~

A0-A12

'

AddreS'S

bus.

These are

u~ed

to

be selected

A6

AS

the

specrf1Eld

memory.

AS

A9

27

we

'

When this

is

low,

data

can

be

written.

A4

A11

22

OE

'

When this

is

low,

d<1ta

can

be

read.

Al

"'

A2

1

A10

A3

""1

20

{E1

'

The

CE

input

si>gl"lal

is

inputted

when

data

is.

read

or

written.

M

me

11-13,

15-19

1/01-1/08

l/O

Data

bus.

These are bidirectional

ports.

"'"

28

YOO

-

Power

supply

"'"

10

5

"

GND

-

God

GNO

1104

1·

16

{No.20478)

RG-M10BU

• MSM54C864

(IC192):

DU

al

Port RAM {

Vide-0-RAM)

"

VII

1

Pin Functions

1101

"

s1oa

1102

'"

S•07

Sl03

H

;,m

Prn

No

Symbol

VO

Function

110•

"

5105

[)'i'iill

•

"

Wl01

"

wo•

7-10,

WI01-

VO

Write

mask

data

11

1nputted

at

the

falling

31-34

Wl08

edge

of

RAS

when

WBNIE

is

low

level.

The

WJ02

•

"

~"

ports specified

by

the

data

can

not

be

WJ03

"

w'~

"

WIOS

written

picture data.

The

picture

data

rs

VCC1

"

VSl2

\iiiiiNil[

" "

"

''

"

written

at

falling

edge of

the

lat<est

signal

among

CA5

and

WE_

"'

"

n

CAf

"

"'

"

WBN/E

'

This

sigrral

1s

used

to

determine

the

writing

'

"'

" "

"

H

"

" "

"

M

mode

at

the falling

edge

of

RAS

on the

readi\Nrite cyde.

(L:

Write

per

bit

mode)

M

w

"

.,

VCC2

'"

"

M

On

data

transform

cycle,

when WB/WE

is

hrgh

level

at

the

falli1ng

edge

of

RAS.

picture data

is

transformed

from

RAM

to

SAM,

and

from

SAM

to

RAM

when

WBJWE

IS

low.

21-25

A0-A7

'

Addres>

bus_

These are

used

to

address

the

17-19

memory.

"

'AS

'

The

"ddress

on

the address bus

"re

latched

as

raw

address

of

the memory

at

the

f,.lting

edge

of

RAS.

"

CAS

'

The address

on

the

address bus

are

latched

as

column address

of

the

memory

at

the

falling

edge

of

CAS.

1

SC

'

The

wrial

data

transfer

is

controlled

by

SC(Serial clock).

The

valid

data

are

outputted

from

SIOO-SIOS

after

the

rising edge

of

SC

on

read

cycle.

And the data

on

5100-SIOS

are latched

at

the

rising

edge

of

SC

on

write

cycle.

'

DTIOE

0

T~1s

signal

is

used

as

output

enable

during

the

re11d

cycle

when

DTIOE

1s

h•gh

at

the

falling

edge

of

RAS

When

DTIOE

1s

tow

at

the

same

timmmg,

the

operation

cycle

of

this

1c

becomes data transfer cycle

3;

SE

'

Serial eflable. This

1s

used

as

output

enable

11gnal

during

serial

read mode.

afld

as

input

enable

during

serial

write

mode

2-5,36-39

5100-5108

'IO

Serra!

port

for

SAM

11,20

"'

-

POWER

SUPPLY

30,40

'"

-

GND

(No.20478)

1-17

RG-M10BU

• HD404019RC23FS(IC691)

CD

controller

1.

Terminal

Layout

HD404019

"

20

52

51

33

32

2.

Functions

Symbol

No.

uo

Function

T

oCD

0

'

DSPM

0

Mutinn

signal

for

audio sinnal

3

MONO

0

'Vrnce

changer','L-di'.'R-ch'

:

High

4

VCAN

0

'Vocal mask1m;{:HiQh

5

VCHN

0

'Voice

changer';

H1cih

6

L

0

'Normal';Vocal

ma~kino','L...;h':

High

T

R

0

'Normar

;vocal

ma~kin1,j',

'R-ch ·

:

High

8

--

Non

connectt-On

9

-

Non

connection

10

..

Non

connect•on

"

Non connection

32

..

Non

connection

n

GNO

--

Ground

'4

ERES

'

Reset si9nal

for

IC141

'5

HOCK

0

"

SCOR

'

Detect

the

ar~arance

of

sync.

of

subcode

"

WfCK

'

Not

used

18

D80

'"'

Communication

data

wrth

sub-CPU

"

DBl

uo

Comml'n1cat1on

data

with

sub-CPU

20

DS2

'"'

Communication

data

wrt:h sub-CPU

23

D"3

uo

Communication

data

with

sub-CPU

22

COCK

0

Clock

out

to

communicate

with

sub-CPU

23

"O

O

Interrupt

raquert

si<:uial

to

sub-CPU

"

DMUTE

0

Mutfng

si

nal

for

"Serch'

and

'Pause'

'5

D/M

0

CO-ROM : H,

Audio

disc:

l

26

vcc

-

Power

supply

27

SQCK

0

lock

out

to

rea<J

SQSO

28

SQSO

'

data

of

sulx.ode

is

inputted

29

DATA

0

Control

data

for

O:D2500BQ

30

CLOCK

0

Cl<XkfortranrlorminQ

DATA

31

CLOSE

SW

'

Detect

the

disc

door

dos1no

32

Not

used

(Non

connectiOll)

1-18 (No.20478)

No

Symbol

11/0

Function

B

-

Not

used

(Non connection)

34

-

Not

used

(Non connection)

3S

-

Not

use-d

{Norr

cor>nect1on)

36

-

Not

used

(Non connection)

37

-

""

Not

u;ed

(Non connection)

"

UVE

..

Not

u;ed (Non connection)

39

PANOSW

Not

uoed (Non

conruxtion)

40

..

Not

uwd

{Connected

to

GND)

"

Not

u~

(Connected

to

GND)

42

..

Not

used (Connected

to

GND)

43

"'

'

Resetsigna!

inputted

44

vcc

..

Powe1 supply

"

osc

sdllat1on

terminal

..

05C

-

scillat1on

terminal

47

GND

..

round

"

LASER.

0

H;lawron/L:oft

49

•ex

0

H

:Trackrn9off

so

•LAT

0

Latch

sf-anal

for

CXD2SOOBQ

"

DECT

0

oefectsional

out

52

LOCK

'

Lock signal

input

"

EO'

'

Focus

ok

si

nal

input

54

SENS

'

sense sianal

out

SS

TEST

'

est

mode

termln~I

56

'"'

0

Emphas.i~

control

s1

nal

5'

--

Not

used

{Non connection)

58

..

Not

used

(Non

connection)

59

-

Not

used

(Non

connection)

60

-

Not

used

(Non

connection)

"

'ANO

..

ot

~(Non

connectiOn}

"

-

Not

used {Non connection)

63

..

Not

u~ed

{Non connection)

64

..

Not

used

(Non

connection}

RG-M10BU

8 CXD2500BQ(IC601):

Digital

Signai

Processor

1.

Outline

2.Terminal

Layout

The

CXD2500BQ

is

a

digital

signal

processsing

LSI

designed for use in

compact

disc

players.

It

has

the follo>ving functions:

All

digital

signals

for

regeneration

are

processed

using

one

chip.

The

built-in

RA!vl

enables

high-integration

mounting.

Generation

by

the

use of a digital

PLL

of

bit

clock pulses for

strobing

the

EFM

signal.

EFM

data

demodulation

Subcode

demodulation

and

subcode

Q

data

error

detection

Digital

spindle

servo

system (incorporating

an

oversampling

filter)

3.Block

Diagram

FSTT

XPil

xPJ"o

XTSL

V)...KI

VPCO

•

I

oBO

1

24

25

"M

C16M

PDQ

VCOI

vcoo

PCO

FI

LI

FILO CL

TV

ee

ASYO

WFCK SCOR EXCK SBSO EMPH SQCK SQSO

MON

PSW

MOP MOS

Clock

2:,

Goe

1

'

01g1tal

PLL

~

:.rr:

(vari-pitch

-I,

EFM

32K

RAM

double

speed)

demodulator

I '

I

@ '

i

'

1

Register]D

I,

Address

Priority

Sync

generator

«ncoder

protector

Serial I

k-

2

r

parallel

'

k-

T1m1ng·~

""""

D

'A

processor

~

I

data

processor

I

generator

Sub,ode

P-W

Peak detector!

-

,-

processor

@

~

Sut>code

Q

I,

Error

,I

1

processor l.._.

corrector

I

CLV

CPU

interface!--..

c------'

I

processor~

T1m1ng

J

generator<

•

~

•

Servo

Noi>erl·

I

18-time~

auto

'

shaper

..-1over~_ampl1~g

>equ<:>~cer

1lter

'

I

t

I

u

LJ

I

LJ

c

u u

XRST

LOCK

APTR

APTL

LRCK

\VDCK

SEIN

SENS

(NIN

FOK

MIRR

Notes:

AVon

AV1~

Voo Voo

v"

65

64

41

40

PSSl

OA01-t6

MUTE

DOUT MD2 DATA CLOK XLAT

DATO CLKO XLTO

The

data

at

the

64-bit

slot

is

output

in

2's

complements on

an

LSB-first basis. The

data

at

the

48-bit

slot

is

output

in

2's

complements

on

an

:MSB-first

basis.

GTOP

monitors

the

state

ofFrame

Sync

protection.

("H":

Sync

protection window released)

XUFG

isa

negative

Frame

Sync

pulse obtained from

the

EF:M

signal

before

Frame

Sync

protection

is

effected.

XPLCK

is

an

inversion

of

the

EFM

PLL

clock. The

PLL

is

designed so

that

the

falling edge

ofXPLCK

coincides

with

a

change

point

of

the

E.FM

signal.

The

GFS

signal

turns

"I-I"

upon coincidence between

Frame

Sync

and

the

timing

of

interpolation

protection.

RFCK

is

a

signal

generated

at

136-µs periods using a

crystal

oscillator.

C2PO

is

a

signal

to

indicate

a

data

error.

XRAOF is

a

signal

issued

when

ajit.ter

margin

of±

28.F

is exceeded

by

the

32K RAM.

(No.20478) 1-19

RG-M10BU

4.

Functions

No.

Symbol

,;o

Function

1

FOK

I

Focus

OK

input

pin.

Used

for

SENS

output

and

servo

auto

sequencer.

'

f'iW

0

Non

connection

3

MON

0

Output

for

spindle

motor

ON

/OFf

control.

4

MDP

0

Output

for

spindle servo control.

s

MOS

0

Output

for

5pindle servo

control

(Non connection).

6

LOCK

0

This

terminal

is

HH

"when

the

GFS

signal

~mpled

at

460Hz

is

"H"

.It

turns

NL"

when

the

GFSs1gnal

turns

out

"L"

8

or

morEtime11n

succession.

,_,

--

Non

conn€ct1on

1D

TEST

I

Test

(Normally

at

OV)

"

PDO

0

Output

of

charge

pump

for

analoo

EFM

PLL

(Non

connection).

12

v

..

--

GND

13-16

Non

connection

"

V(KI

I

Clock 1nput

from

external

VCO

for

van-pitch

control

fc ..

16.9344MHz.

1B

FILO

0

Output

of

filter

for

masterPLL

(Slave~

D191tal PLL)

19

FILI

I

Input

to

filter

for master

Pll.

20

eco

0

Output

of

charge

pump

for

master

PLL

21

AVss

Analog

GND

22

CLTV

I

VCO

control

voltage

input

for

master

PLL.

23

AV

Analog

power

supply

24

"

I

EFM signal

input

25

TEST2

I

TEST

(Connected

to

GND)

26

TEST3

I

TEST

(Connected

to

GND)

"

ASYO

0

EFM

full-swing

output

"

TEST4 I

TEST

(Connected

to

GND)

"

NC

--

Non

connection

30

PSSL

I

Input

use-0

to

switch

the

audio

data

output

mode.·

L"

for

serial

output,"H"

for

parallel

output.

"

WDCK

0

DI

A

interface

for

48·bit

slot.

Word

clock

f'"

2Fs.

32

LRCK

0

D/Ainterfawfor48-bitslot_

LRcloctf.,

Fs_

33

v

Power

supply

34

DA16

0

Output

DA

16{MSB)

when

PSSL"'

1

or

serial

data

from

4S-bit

sloi:(2'1

completements.MSB

first)

when

PSSL"' 0

3S

DOA15

0

Output

DA

15

when

PSSL""

1

or

bit

clock

from

48-bit

slot

when

PSSL

~

0.

36--S

1

Non

connection

52

vss

--

GND

53

XTAI I

Input

to

16.9344MHz

Xtal

oscillation

circuit

or

33.8688MHz

11'\put_

54

XTAO

0

Output

of

16

9344

MHz

Xtal

osc1llat1on circuit_

SS

"'"

I

Xtal

selection

11'\put

"L"

for

16,344MHi

Xtal.

'H"

for

33.8688

MHz

Xtal.

56-58

-

Non

connection

59

MD2

I

Digital-Out

ON/Off

control

"H"

for

ON,

"l"

for

OFF_

60

DOUT

0

Digital-0lJtoutput

pin.

6'

EMPH

0

H:

empha$ts

on

L:

emphasis

off

62

--

Non

connection

63

SCOR

0

Turns

"H"

when

subcode Sync

SO

or

$1

11

detected.

64

saso

0

Sen<1I

output

of

Sub P

tow_

65

EXCK

I

Clock

input

for

reading

SBSO.

66

SQSO

0

Outputs

80-bit

Sub

Q

and

16-bit

PCM

peak

l<i!veldata.

"

SQCK

I

Clock

input

for

reading

SQSO

68

MUTE

I

"H"

for

muting,

"L

•for

release.

69

SENS

0

SENS

output

to

CPU.

'°

XRST

I

ys.tem reset.

"L"

for

re~tting_

"

DATA

I

Inputs

serial

data

from

CPU.

"

"'-'"

I !Latches serial

data

inout

from

CPU

atfallins

edoe.

"

v,,

--

1PoW<i!rsllpply(

+

SV)

"

(LOK

I l11p-utsserial

data

transfer

dock

from

CPU.

7S

SEIN

I lnplJtsSENSE

from

SSP

76

CNIN

I

Inputs

track

1um

p

count

s10

naL

"

DATO

0

Outp-uts;erial

data

to

SSP.

"

XLTO

0

Latches :serial

data

output

to

SSP

atfal1uig

edge.

"

CLKO

0

Outputs

serial

data

tran:sfer

dock

toSSP.

ao

MIRR

I lnr>uts

mirror

sinnal

to

be

used

b"

auto

ie"ue-ncer

when

1umrnno

12"

or

m re tFacks.

1-20 (No.20478)

RG-M10BU

• CXA 1372Q (IC502):

RF

Signal Processing Servo

Amplifier

1.0utline

The

CXA1372Q is a bipolar

IC

developed

for

RF

signal

processing

(focus

OK,

mirror,

defect

detection,

EFM

comparator)

and

servo

control.

2. Functions

Auto

asymmetry

control

Focus

OK

detection

circuit

Mirror

detection

circuit

Defects

detection,

counter

measures

circuit

EFM

comparator

Focus servo control

Tracking

servo

control

Feed

servo

control

3.

Terminal

Layout

36

12

25

L_

___

__J

13

4.

Block

Diagram

-

'

" '

;

'

'-<>

I

,l

ti'll

~

·Ill

•

.__

~

"

\

+J

·TTL

f-

,;

t°\

I

1..L

(

t>

~

6

b

!)

I

;,.

y

~

~~

-i;'

I

(

-

'

I

J_

''

,7

~

0

,_

L

ITI

.~

•

:

·Ill

='=

. L

-

~

·TTL

·llLDATA

REGISTER

·INPUT

SHIFT

REGISTER

"'

•

'

·ADDRESS

DECORDER

~~

'

b

4

·Ill

·OUTPUT DECORDER

-

~

"

'

~

"--'

<.>

...,,.

-,>

FSf_,,

](;

1·2

TM1·7

PS\-3

'

I

·TRACKING

PHAI[

,

I

SET

1--

;

COMPENSAT'ON

"'=

~WINDOW(OMPJ\RATOR

r

~T

Ti

~

+'~

~

I\

·fOCUI

PHASE

COMPARJ\TOR

~

;'_]

J

~

0

,J

<0--0"'

o-E

t

0

-

~

:f;>

),-

:p;:::

'

,,

"'

"

'

~

"

' '

;

'

"

'

''

t'l

0

' '

u

(No.20478)

1-21

RG-M10BU

5.

Functions

No_

Symbol

""

Function

;

"

'

Input

of

tracking

error

amplifier.

2

TDFCT

'

Capacitor connecting pin

for

tr me constant during

d€fects

3

ATSC

'

Window

comp<1rator

input

for

ATSC

det«'ctton_

'

'2(

'

for

focus zero-cross comparator

inpu"\.

5

FC

'

Input

of

focus

error.

6

FDFCT

'

Capacitor

connecting pin

for

time

constant

during

defect

fu~ctions

'

"

'

Center voltage

input

pin_

for

dual

power:

GND

For

single

power

1upply:

(VCC

+

GND)12

8

FGD

'

Connect

a capacitor between

this

<ind

p1n3

to

reduce high-frequency

gain_

9

CS3

'

The

high-frequency

gain

of

the

focus servo

is

switched

through

FS3

ON

and

OFF_

'°

"'

'

Time constant

external

to

raise

the

low

bandwidth

of

the

focus servo

;;

FED

0

Focus

drive

output.

"

FE-

'

Inverse

input

for

focus

amplifier_

"

SRCH

'

T<me

constant

ext('rnal

for

formation

of

focus

S('arch

waveform

"

mu

'

Time constant

ext('rnal pin

fort

he

selection

of

tracking high band gain.

;s

TG2

'

Time constant

external

for

the

sel('ct1on

of

tracking high band gain

"

AVCC

Power supply

"

'AO

0

Tracking

dnv('

output

;s

'A-

'

Inverse

input

for

tracking

ampltf1er.

"

SC•

'

Non-

1nv('r>e

input

for

feed

amplifier

20

sco

0

Feed drive output_

2'

SL-

'

Inverse

input

for

feed

amplifier.

22

FSET

'

to

set peak

frequ('ncy

of

focus

track1rg pha>e compensation

and

lo

of

CLV

LPF_

23

I

SET

'

Curr('nt

is

input

to

determine

focus

search,

track

jump,

and feed

kick

height.

2'

S

STOP

'

L1m1t

SW

ONIOFF

signal

detection

for

disc

inner periphery detection_

25

AVEE

--

-5'

"

DIRC

'

for

one-track

Jump_

Contains

47k0pu

II-up

resistor

27

LOCK

'

At•

L"

feed

runaway

prevention

circurt

operate.

Contains a

47kf!pull-up

resistor.

28

CL'

'

$('rial

data

tran>fer clock

input

from

CPU

"

'"

'

Latch

input

from

CPU.

30

DATA

'

Serial

data

input

from

CPU_

3'

XRST

'

Re>et

input

pin, res('t

at

"L"

_

32

C.OUT

0

Track

number

count

>1gnal

output_

33

SENS

0

Outputs

FZC,

AS,

TZC

and S

STOP

through

command from

CPU.

3'

DGND

--

GND

35

MIRR

0

MIRR

comparator

output

36

DFCT

0

Output

of

DEFECT

comparator-

3'

ASY

'

Input

of

auto

asymmetry

control_

38

EFM

0

Output

of

EFM

comparator.

39

FO'

0

Output

of

FOK

comparator_

'°

cc;

'

Output

of

DEFECT

bottom

hold

"

CC2

0

Input

for

the

capacitance coupled

output

of

DEFECT

bottom

hold.

"

DVCC

--

-

"

'3

c'

'

Connection pin

of

DEFECT

bottom

hold capacitor.

"

ce

'

Connecting

of

MIRR

hold

condenser. Non-inverted

input

of

MIRR

comparator

"

"'

'

Input

with

coupling

capacitor

where

RF

summing

amplifier

output

1s

conn('cted.

"

eFO

0

Output

of

RF

summing

amplifier

and check

point

of

eye

pattern.

"

DVEE

-

sv

"

T2C

'

Input

of

track1nq zero-cross

comparator.

1-22 (No.20478)

RG-M10BU

• CXA1571M(IC501):

RFAMPforcompactdisc

1.

Outline

The

CXA1571M

JC

for

compact

disc 3-point

method

optical pickup

output

has

following functions.

·RF

amplifier

·Focus

error

amp

·Tracking

error

· APC

circuit

2.

Block

Diagram

vcc

3.

Pin Functions

No.

Symbol

"0

'

CD

0

3

RO

'

RO'

'

s

R02

'

7

F-IN

'

8

E-IN

'

9

Ye

0

'°

vc

'

'3

EO

0

"

'

'5

"

0

"

FE-BIAS

'

"

F<

0

"

RF

0

"

"'

'

"

LD-ON

'

LDON

RFD

F<

APC

amp

output

pin.

APC

amp

input

pin.

FE

BIAS

''

F

TE

•

Function

"

RF

l·V

amp inverted

input

p1no;

they

are connected

to

the

A+

C and B + D

pins

of

the

photod1ode

and receive

current

mput.

F and E

1-V

amp inverted

input

pin;

they

are connected

to

Photod1odes F and E and

receive

current

input.

(VCC

+VEE)/

2

DC

voltage

output

pin.

VC

1ntermed1ate

voltage

input

pin;

when

dual

±

SV

power

supplies are

used, this

1s

connected

to

GND;

for

a

s•ngle +

SV

power

supply,

it

1s

connected

to

the

VR

pin.

Monitor

output

pon

for

1-V

amp

E.

Gain

adjustment

for

l·V

amp

E.

Tracking

error

amp

output

pin.

Bias

adjustment

for

the

man-inverted side

of

the

focus error amp

Focus

error

amp

output

RF

amp

output

RF

inverted side

input

pin;

the

resister connected between this pin

and

the

RFO

determines

the

gain

of

theRf

amp.

This

in

switches

the

APC

amp on

/off:

on for

VCC.

off

for

qround.

(No.20478) 1-23

RG-M10BU

• LC7881M (IC711):

D/A

converter

1.

Terminal

Layout

2.

Block

Diagram

vrefHI

vrelL1

CH\OUT

VreiH2

Vrofl2

CH20UT

BCLK

WCLKl

nm;ng

WCLK2

LR[K

<ont<ol

CHtOUT

'°

CH20UT

0

"

VrefH

1

'

"

VrefH2

3

"

VrefL2

VDD

'

"

°'D

DATA

SIPO

WCLK2

5

"

Vrefl

1

LRCK

6

,,

°'D

WCLK1

'

"

,;

Level

Shift

'

DATA

8

13

TST2

"'

BCLK

9

"

TST1

VDD

10

"

TSTOUT

"

TSll

'"'

cHt

latch

Cll2 Latch

Till~

Clroul!

"

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

T<TOUT

3 Pin Functions

No

Symbol

VO

Functions

1

CHl OUT

0

ch

.. nnel

1

Output

terminal

(Left

ch<1nnel).

2

Vr€fH

1

'

Reference

voltage

"High"

input

terminal

1-

3

VrefH2

'

Reference

voltage

"High"

input

terminal

2.

'

Voo

Power

supply,

+

SV.

Word clock 2

input

terminal.

5

WCLK2

'

When

IF

IS

"High"

,1t

1s

necessary

to

adjust

WCLK2 -

"Low"_

When

IF

is

"Low"

.•t

makes

the

CH1

data

of

the

audio

digital

data

by using

the

standing

fall

of

WCLK2

and

an

internal signal which

does

the

latch

1s

made.

6

LRCK

'

LR

clock

input

terminal.

This

terminal

shows

CH1

and

CH2

of

the

input

digital

audio

data_ High :

CH1

data

,

Low:

CH2

data

Word

dock

1

input

terminal.

'

WCLK1

'

When

IF

1s

"High"

,it

makes

the

data

of

both

CH1

and

CH@

channels

by

using

the

WCLK1

standing

fall

and

an

internal signal which does

the

latch

is

made

When

IF

is

"Low",

1t

makes

the

CH2

data

of

the

aud•o

d1g1tal

data

by

using

the

standing

fall

of

WCLK1

and an

internal

signal which

does the

latch

is

made.

8

DATA

'

Digital

audio

data

input

terminal_

When

IF

1s

"High",

it

inputs

the

datafrom

the

MSB

side

with

the bit

serially.

When

If

js

"Low",

1t

inputs

the

datafrom

the

LSB

side

with

the

bit

serially.

9

BCLK

'

Bit

clock

terminal

This

dock

signal

is

used

when

reading

the

digital

audio data

by

each

bit

serially,

and

for

the

PWMO(A.

"

Vee

--

Power supply.

+

SV.

"

TST

OUT

0

Test

signal

output

terminal.

Normally

leave

this

terminal

open_

1'

TST1

'

Test

signal

input

terminal.

Normally connect

this

terminal

GND_

13

TST2

'

Test

signal

input

terminal. Normally connect

this

terminal

GNO

1'

"

'

Interface select

terminal.

When

it

is

"High"

level,

Digital

audio

data

1s

inputted

by

each

bot

senally

form

the

MSB

first

When

1t

1s

"Low"

level,

D1g1tal

audio

data

is

inputted

by each

bit

serially

form

the

LSB

first_

15

G'D

Ground

16

VrefL2

'

Reference

voltage

"Low"

input

terminal

1

1'

G'D

Ground.

"

Vrefl2

'

Reference

voltage

"Low"

1

nput

termjnal

2.

19

"

No connectjon.

'°

CH2

OUT

0

Channel

2

output

terminal

(R•ght channel).

1-24 (No.20478)

•

MN35501

(IC631):

DIA

converter

1.

Terminal

Layout

DIN1

OIN2

WD(K

""

DVDD2

''°

D'JSS2

'"

'

•

'

"

'

'"

"

-

"

''

"

RSTB

M;

DVDDt

"'

XOUT

2

Functions

No.

Symbol

i

,2

DIN1.0IN2

3

WDCK

'

""

5

DVD02

6

C<O

'

DVSS2

8

M;

9,10

OUT1C,OUT1B

RG-M10BU

"o

Function

'

SE"rial

data

input

'

Word clock

input

'

Bit

clock

input

Power supply

for

d1g1tal

circuit

0

Clock

output

-

GND

for

d•g1tal

circuit

'

Input

for

mode

select

0

PEM

s1gn<1I

output

(Channel

"

0UT1C

OUT'B

AVDD1 0UT1D

ounA

AVIS

'

" "

DVSS1

M>

OUTlC

OUT2B

AVDD2

OUllD

OUT2A

AVSS2

"

AVDD1

-

Power supply

for

analog

c1rcu1t(Channel

"

12,13

OUT1

D

,OUT1

A

0

PEM

signal

output

(Channel

1)

"

AVSS1

GND

for

analog

c1rcu1t

(Channel

'I

'5

AVSS2

GND

for

analog

circu1t(Channel

2)

16,

17

OUT2A,0UT2D

0

PEM

signal

output

(Channel

2)

"

AVDD2

-

Power supply

for

analog circu1t(Channel

2)

19,

20

OUT28,0UT2C

0

PEM

signal

output

(Channel

2)

"

M<

'

Input

for

mode

select

"

DVSSl

-

GND

for

clock

circuit

23,24 XOUT,XIN

-

Oscillation

terminal

'5

DVDD1

-

Power

supply

for

clock

c1rcu1t

26,

27

M3,M4

'

Input

for

mode

select

28

RSTB

'

Reset

input{Low

active)

3.

Block

Diagram

M2

""

WOCK DIN2

DIN1

r----------

-----~---

------------------;

'

q-.

'

q-.

'

q-.

'

q-.

'

INTERFACE

TAIMING

'

[

::::::::::::;;;;;:~;;;::::::::::::::::::::l•~~~~GENERATAR

VANS

LOGIC

'

DcKo

PEM

LOGICS

2

PEM

LOGICS

1

f-~-Dxour

•

LL-tJ,,,

: BLOCK 2

BLOCK

2

BLOCK

1

BLOCK

2

1

ANALOG ANALOG ANALOG ANALOG

'

'"-----

---0--0---u--o---

---0---------.J

0UT2C OUT2B OUT2D OUT21A OUT1A OUT1D 0UT1B OUT1C

(No.20478) 1-25

RG-M10BU

•

CXA1145M(IC221):

RGB

Encoder

1.

Outline

This

LSI

makes

composite

signal,chroma

signal

and

Y-signal from Red,

Green

and

Blue signal.

2_

Block

Diagram

GND2

ROUT

GOUT

ROUT

(VIDEO

VCC2

CHROMA Y

OUT

CHROMA

VREF

001

"

001

.,,

""

I

"1'

0

"'

""

"'

'ii'

'W

'il'

•

• •

'

•

~

I

R

OU'

I '

OUT

I

y

VIDEO

"'

MIX

11Yout.1

Cout

IVrefOUTI

o"'

Buffer

G

OUT

I

Matrix

I

SYNC.

I

ADD

R

y

I

Modul;:itor I

8-Y

~

Modulator

I I I

I

CLAMP

II

CLAMP

II

CLAMP

I

Phase

BurstGenerator

~

I

Buffer

I

shifter

NTSCJPAL

selector

I

"'

I

GNDI

""

3.

Pin Functions

No

Symbol

110

'

GND1

--

'

'IN

I

3

GIN

I

'

RIN

I

'

XOUT

--

6

"N

I

'

NTSGPAL IN

I

8

AUDIO

IN

I

9

AUDIO OUT

0

/0

CSYNC

IN

I

"

NC

-·

"

VCC1

-

13

NC

·-

"

VREF

--

"

CROMAOUT

0

16

YOUT

0

"

CROMAIN

I

"

"'

I

"

VCC2

·-

'°

VIDEO OUT

0

"

BOUT

0

"

GOUT

0

23

ROUT

0

"

GND2

--

1-26(No.20478)

"

'

XOIJl

L,

I

w

;

NTOCI

PAL

IN

L!J

AUDIO

"

Function

'

AUDIO

001

"

COY

NC

"

"'

GND

for

the

circuits

except

RGB

out

and composite

out

circuits_ (Except

for

load

Red

signal

1npput

Green

signal

Input

Blue signal

input

A capacitor

1s

connected

to

shift

phase

Sub carrier

input

(Vee:

NTSC,GND:

PAL)

Input

terminal

of

internal

audio

buffer_ (Non connection)

Output

terminal

of

internal

audio buffer_ (Non connection)

Composite synchronizing

signal

1s

inputted_

Non connection Power

supply (Except

for

load

driver) Non connection Reference

volt<1ge

is

applied_

Chrom<1

signal

is

outputted

Y signal

1s

outputted.

Chroma signal

is

inputted.

Y signal

1s

inputted_

Power

supply

(For

load

driver)

Composite signal

out

Analog

blue signal

out_ (Non connect;on)

Analog

green

signal

out.

(Non connection)

Analog

red

signal

out.(Non

connection)

GND(For

load

driver)

"'"

V((1

driver)

RG-M10BU

• LC89513 (IC161):

Data decoder

for

CD-ROM

1.

Terminal

Layout

48

• • • • • • • • • • •

3 3

"

SANYO

LCB9513

xxxx

xxxxx

•

64

0

• • • • • • • • • • •

1

6

3

Functions

P•n

No

Symbol

"°

1,

9.17,33,49

vss

24,

S6

VDD

..

2-8,

10-16

RAO-RA14

0

18 19

RCC

0

20

RWB

0

"

ROB

0

"

RESET

'

23

XTALCK

'

2S

C2PO

'

26

BC<

1

27

$DATA

'

28

LRCK

'

29

RS

'

30

RD

'

31

WR

'

32

cs

'

34-41

DO

D'

"°

"

GS

RAM

'

"

'"

0

"

DRQ

0

45-4B,

50-53

HDO-HD7

0

5'

~'D

'

SS

DTEN

0

5'

64

100-107

"o

32

•

,,

2.

Block Diagram

CD-DSP

1(601

LRCK SDATA

BC<

C2PO

Buffer

RAM

RAO-RA14 ZROE,ZRWE,ZRCS

100-107

'

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

.

......

'

.

_.

RAM

Circuit

I

:4

XTALCK

.

CD-DSP

.

ZRESET

.

Interface

:~

.

with

.

Descrambler

.

ZHRD

"

"'

.

Control

~

ECC

EDC

.

Register

~

Decoder

HDn-·

'~7

.

I

CPU

Interface

.

. .

.

I • • • • • •

'

. . . .

...

-

.....

.

..

'

DO-D7'

'

RS.

ZRD

ZDTEN,

DRQ,

ZINT

ZWE,

ZCS

Sub-CPU

IC101

Function

G'D

Power suply Address

bus

These are used

to

select

the

>pec1fied

address

of

the

external

memory

(Data

buffer

RAM)

Chip select signal

This

signal

1s

asserted when using

€xternal

RAM

~Vrite

enable signal

This

signal

is

outputted

when

wr1t1ng data on the

external

RAM.

Output

enable signal.

This

signal

is

outputted

when reading data

on

the

external

RAM.

The

RESET

input

is

an

active-low

line

Clock

input

termrnal for internal clock.

C2

error

flag

occured

on

the

CIR( decod•ng

of

d•g1tal

data

at

CXD2500BQ

is

inputted.

This

data

1s

latched

with

the

t1m1ng

signal

made

from

BCK

and

LRCK.

Bit

clock.

This

dock

is

used

to

input

data

Serial

doto

input

terminal

The data

1s

stored

into

the

external

RAM.

This

signal

is

used

to

d'stingu1sh

that

dota

is

right

or

left

Register

select signal.

H:

Register

L

· Addre1s

register

This signal

is

inputted

when data on a

register

1s

read by sub-CPU_

This

signal

IS

inputted

when data

1s

written

on a register

by

sub-CPU.

Chip select signal. This

IC

is

>elected

with

this

signal

by

sub-CPU

Data bus. These are

used

to

transfer

data.

Interrupt

reque1t signa _This

signal

is

outputted

when

LC89513

requests

interrupt

process

to

sub-CPU.

Data request signal.

This

51gnal

is

a>serted

when

reading

data

from

sub-CPU.

Data

bu>.

Sub-CPU

reads

data

from

these terminals.

This

signal

is

inputted

when

sub-CPU

read

data.

Data

enable.

Sub-CPU

can

read

data

when

this

terminal

is

low

level.

Data bus.

Th€se

are used

to

transfer data

between

external

RAM and LC89513

(No.20478) 1-27

RG-M108U

•

315-5476A(IC131):

PCM

sound

generator

1.

Outline

This ic

is

for

PCM

sound

generator

system,

including

DCO(

Digital

control

oscilator)

and

DCAS

(Digital

control

amplifier).

PCM

sound

generator

system can be composed by connecting

external

memory

for

wave

data

and

DIA

converter. This system

is

controlled

by

sub-CPU.

2.

Terminal

Layout

" "

6S

0

"

SEGA

315-5476A

xxx

xx

80

0

'5

"

4

Functions

No_

Symbol

'10

1-10,ao

"

AO-A12

'

13

RD

'

"

WR

'

28-21

D0-D7

,;o

35

BCLK

0

36

DATA

0

'"

LRCK

0

44-51

RAMAD7-

'10

RAM

ADO

53-59,

65-68

RAMA14-RAMA8

0

73-76

RAMA7-RAMAO

0

60

RCS1

0

"

RCS2

0

"

'°'

0

63

RWC

0

"

RES

'

'°

x"

'

n

cs

'

1-28 (No.20478)

3.

Block

Diagram

""

ceu

"'

~

'I'

""

Address

AA

~

'"

~

Data

"

~

"

Memory

"'

AA

"

""

~

"'

~

memory

"

~

°'

~

I

,.

"'

°'

"'

~

"'

T1mm1ng

control

IVRB

~

'""

~

Address

Pointer

DCA

WAVE

DAlA

RAMC1B RAMC2B

RAMA

14~0

ceu

'~

RAMAl4

RAMA

13

RAMA12

RAMA11 RAMA10

RAMA9 RAMA8 RAMA7 !\AMA6

RAMA5 RAMA4 RAMA3

KAMAl

RAMA!

RA

MAX

RAMAD7

RAMAD6

R.AMADS

RA

MAO•

RAMA03

RAMA02

~AMA01

OAMAOO

RAMWEB RAMOfB

RAMC1B

m

~

L_f~~

RAMC2B

Serial

DAC

Interface

TES11

~

TE$TL

~

TEIT3

~

Latch

'IOI

X

OUT

R£SETB

Function

Address

bus.

These

are u•ed

to

specify the memory.

This

s•gnal

1s

used

to

be

read data

by

an

external

device

This signal

11

used

to

be

written

dat<1

by

an

external device.

These are

used

to

transfer

data.

Bit dock_ This

11

used

to

transfer

d<1ta

to

DIA converter.

Serial

data

to

DIA

converter.

L/Rclock_ This

1s

used

to

distmgui>h

that

DATA

is

left

channel

or

right

channel.

Data

bus_

These are used

to

transfer

data between external

RAMs

and this

k.

RAMA14-RAMA8

are used

to

<1ddress

upper 8

bits

of

external

memory.

RAMA7-RAMAO

are

used

to

address

lowers

bits

of

external

memory_

Chip select signal.

this

is

used

to

select

the

external

memory

for

lower

data.

Chip select sionaL

this

is

used

to

select

the

extern<1I

memory

for

upper data_

This

IS

outputted

when

reading data from

the

external

memory.

This

is

outputted

when

writing

data

into

the

external

memory

Reset

signal •nput.

System clock

input

Chip select sinnaL

DATA

WCLKl

BCLK

lRCLK

'""

'"'

DAC/ DA(!;

DAC5

DAC4

DAC3

OAC7R OAC7l

RG-M10BU

•

315-5632V

{IC141):

Data

Processor

'l'his

IC

does

the

circuit

role

of

the

CPU

in

the

surrounding

and

takes

the

data

and

sub-code

and

controls

the

memory

in

addition.

"

•"

,.

·-

••

..

,.

u

1l!

'

:

'

g-

~

:='

-~

9

t'

g

'"I

"''I

••

'

!

~I

~~.,

...

~

'€

!:"

~

"'

.?

"'

~

...

"'

..

<.!;;;

e~

I

1~~-m

§]

~

j

t i

11

f'-

~

;,>:

'>

f-

i

"'"'

Ww

~~2~~

"""-

"- "-

"-

---·---~----------------~---------

h:

0

"•

·-

,.

•O

'"

~

11

'

~

;::

"

1§

:)

~

.,.

•

.~c

'

l-1eej

,_

·1·

"

eu

~.18

'I"

-·

Oo

IJ

~I!

'.

•

,-

w_,

_

_,_

V"~vi

!j2j

~

§~~

u;;;""

..

~~

:.'

u~""

~'

..

•u

"<

8>;;:

Co

.,

'"

,,

,

______

,

'

IT

~

d

I

1111

1

I

11

I •

•

"~

1-0:

~":I

r

I I I

'

1·'

,,,,

6

~

'.!

i2

"-

~

""'

-

,

"'

~

<.!

0 -

-

t

"'~&'

Q

~

::;

:::

.,,.

~

~ ~ ~ ~

~Ef

~

-

u

i-l~t~

1'•1-

11'

::i:::6~,.~

0

I

I·

~

u -

'

-->le"~-

:

~ ~ ~ ~

I'

:..,.,..,..,

IFI

~

'

.

'

"

00

"'...

'

r-+~1

>-

~g

:

~

"

">::;

'

0

~~

oo

0=>

I

i'j'

~'"

§-

"::;

~!

~~

'"'<I

~

'

"'

::

l2

1~·~--1..i--~-~,

:51"~~

~·

m

::;

;;;

~

c!_

i!~

o•

~

r

~

'

~

i !

~

,

'I'

-

;g:

:;;

~

t:l

g

<

:;;

1'

::'

" 0

~

'

~~

t •

~

~<"l

!Z'

~

t:l

00

g g

-

. • l

J'-~.L-~·~-L,,~~1

§~~~~I

:~

:;' z o

I

z

t:l

::;!- :

Q

<l

t

-

.

'

.

'

~

. i

!

! :

I

. .

.

'

.

'

,,,,,

- .

'·

.

•

, ,

I'

-

;;\

;;;

~

_

_,

__________________

,

____

_

1<<•·

---------,,,,

u'

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

0 0

oo

lie------

~~~~

~3~~~

'

"•-

~

tl

~

..,~!:!

~

t;:i; g

oo-

"'"

~

I

·~

D

~

g

,

~

•

l

~

2

~

•

"

'

,

g

0

'

•

(No.20478) 1-29

RG-M10BU

Pin Functions

Connect

to

the

CD

drive

No.

Symbol

70.

73

WFCK,

SBSO

"

SCOR

75, 76

LRCK,

SDATA

"

C2PO

"

D'M

(L:

VOICE

H :

ROM)

86

mo

B8

CDCK

S3

HOCK

82,81

DBO,

081

80, 78

DB2,

083

"

EXCK

''°

Function

'

S'•gnal

'input from

CD

drive

{CXD2500B.Q)

wlien

sub-code

is

received.

'

S1gn<ll

input

from

CX02SOOSQ{IC601)

through

the

me,han1sm

controller

when

sutH:ode

is

received.

'

Data

input

from

CXD2500BQ

--

Non

connection

'

The

input

data

is

the

voice

data

or

ROM

data

is

shown. When

the

input

level

is

"High",

C2PO

input

signal outputs

to

C2LR

(

pin98)

When

1t

1s

"Low"

,LRCK

input

signal

outputs

to

CZLR.

'

Interrupt

requert

signal

from

IC691

'

Cl<Xk

in

from

comm1nicate

with

IC691

0

Clock

out

to

communicate

with

IC691

''°

Commun1c<1t1on

data

with

IC691

0

Clock

out

to

CXD2500BQ

Connect

to

the

Game Processor

No_

Symbol

''°

Function

5

ROM

'

When

the

main-CPU

occesses

the

address

$0

to

$3FFFFF,

signal

is

input_

6

=

'

When

the

main-CPU

is

read

mode.

signal

is

input_

BJ

UWR,LWR

'

When

the

ma1ri-CPU

is

write

mode,

Stgnal

tS

'nput.

11,9,12

RAS2,

ASEL,

CA$2

'

When

the

MAIN-CPU

accesses

the

D·RAM(IC172).signal

is

inputs

(RAS2~ASEL.....CAS2)

13

me

'

When

internal

register

has

the

access

from the

outside,

signal

is

input_

"

FRES

'

Power

on reset

signal

171-190

VAl-17

'

Address

bus from main

-CPU(IC171)

191-208

VD0-15

''°

Data bus

toma1n-CPU(IC171J

Connect

to

the

D/A

Converter

P'1n

No.

Symbol

''°

Function

66

LATCH

0

Mode

set lotch enable

"

SHIFT

0

Mode

set clock

68

AH

0

Set up

the

digital

attenuater

ond

mode

flag

legister

69

D'M

0

Audio

data

Oo-utput

No

Symbol

"0

Function

137-141,

143-145,

DO-D15

'"'

Data bus

for

sub

CPU.

sub

CPU

(

IC101

} ,

PROGRAM

RAM (

!C105)

:

00-015

148-153,

155 Data

decoder

( IC151),

PCM

sound

LSI

(

IC1

31

)

, bock

up RAM (

!C102):

D0-D7

99-106,

108-113,

A19-A1

Q

Address

bus

for

sub-

CPU

(

IC101

)

115-118,

120

sub

CPU

{

IC101

} : A

1-A

19

backup

RAM (

IC102),

PCM

sound

LS!

(

IC131

) :

A1-A13

45-49,

$1-

53

J

17-24

OAD0-7/EAD0-7

'"'

Address/data

bus

for

IC142,

143.

54-59,

62,63

I

25,

28-34

OD8-15/ED8-15

''°

Data

bus

to

IC142, 143.

40/35

ORAS,

ERAS

0

Row

address strobe

for

1(142,

143

41116

OCAS,

ECAS

0

Column

address strobe

for

IC142,

143.

42137

OOE,

EOE

0

Output

enable

for

IC142.

143

44/39

OWE,E:WE

0

Write

enable

for

IC142.

143

156-163,

166

PAO-PAS

0

Address bus

for

data

decoder

(

IC161) and

sub

CPU

program RAM(IC105)

1-30 {No.20478)

RG-M10BU

No.

Symbol

1/0

l

Funct1on

'

BRAM

0

Ch:p

~lect

signai

for

backup

RAM (

:c102

pin2D)

'

BRQf,1

0

Chip

select sign<il

tor

boot

ROM

(

IC104

pin10)

'"

eeAS

0

Row

<iddress

strobe

signal

ior

p~ogram

RAM

( 1(105

p1n14)

"'

PCAS

0

Coiumn

<1ddress

strobe

11gnal

for

progr<1m

RAM

(1c105 p1n28)

89

e(M

0

Chip select signar

for

PCM

sound cornroller(IC131

pin77)

"

CDC

'

0

Chip

select

signal

for

d<1t<1

decoder(IC161

p1n32)

"

COE

0

Output

enable

11gnai

for

backup

RAM

( 1(102 p!1122),

program

RAM

(

1(105 p1n27)

This signal

is

outputted

for

PCM

sound LS!{!C131 p1n13)

and

data

decoder(IC161 p1n30)

when

data

on a

register

is

read_

'69

CUWE

0

This signal

is

outputted

lor

progr<im

RAM

(

1(105

p1ni3)

when

wliting

upper

bits

of

data_

no

CLWt:

0

This

signal

11

Outputted

for

backup

RAM

(1(102

pi1127

)_

93

'"'

0

Interrupt

request signal

for

data

decoder(

IC161

oin43

)_

92

HCD

0

Sub

CPU

read data signal

for

data

decoder(IC16i

p1n54)_

"

WAIT

0

Data

request signal

for

data

decoder(!C16l

p1n44).

%

DlEN

0

Data

enable

11gnal

for

data

decoder(IC161

p1n55)

98

C2LR

0

For data

decoder(IC161

p:n25)

'6

ERES

0

Reset

signai

for

deta

decoder (

!(161

oin22

},

mechanism

controller(

1(691

p1n14)

and

PCM

sound

controller

(

IC131

p1n64)

T

25M

0

1

Clock signal

for

di!ta decoder(IC161 pin23).

'36

AS

'

I Address >trobe signal

from

1ub

CPU

(

1(101

pir.6

)_

'33

eNV

Read

I

write

>•gnal

from

sub

CPU

(

IC101

p1n9

).

'35

ODS

'

Upper

data

strobe

signal

from

lub

CPU

{

IC101

p1n7

)_

'"

LDS

'

Lower

data

strobe

signal

from

sub

CPU

(

1(101

ptn8

).

"'

DTAK

0

Data

transfer

acknowledge

srgn<ol

for

ll•b

CPU

(

1(1

01

p1n10

)_

123

IPLO

0

lntercupt

control

signal

for

sub

CPU

(

1(101 pin

27

)_

,,.

IPL

1

0

Interrupt

control

signal

for

sub

CPU

(IC101

26).

'"

IPL2

0

lnt€rruot

control

signa!

for

sub

CPU

( 1(101

25

l-

'"

0

Valid per<pheral address s•gnal

for

'ub

CPU(IC101

p1n23)_

'"

FCO

'

Proce1sor status signal

from

sub

CPU

(

IC101

p1n30

)_

,22

FC1

;

Processor status

><gnal

from

sub

CPU

(

1(101

p:n29)_

'"

HALT

'

0

i-lalt

s1gna!

for

sub CPU(!C101

pin19)

'

127

RESET

0

Reset signal

for

sub CPU(IC101 pin20)_

'"

12M

0

Clock

~igna!

-fer

;.;b

CPU

(

1(101

15)

and

P(f',1

•ouPd

controller(

1(131 r.1n70)

8'

SOM

'

Ma>t<;>r

clock

111put

8'

LEDR

'

0

LED

1nd1cat10~

s:gnal.

65

LEDG

10

1

LED

ind1cat•on signal.

(No.20478)

1-31

RG-M10BU

• TCS11664BJ-10 {IC142,

143):

DRAM

(Word

RAM

for

Data

Processor)

Terminal

Layout

"'

1101

"00

•ro•

~

oo•

~

1107

·~

"

""

""'

cw

""

..

"

M

"'

'

•

'

•

'

•

"

,.

"

•

..

"

•

"

'"

"

~·

oo,;

li01S

1/()14

1/01~

oou

11011

11010

Pin Functions

No.

Symbol

""

Function

1, 11,

20

vcc

-

Power supply

21,30,40

VS$

-

C'D

2-9

1/01-1!08

IK)

D<>ta

inpu:t/Olitput

bus.

32-39

l/09-11016

15-19

AO-A4

I

Address

bus

input.

22-24

AS-A7

12

uw

I

This signal

Is

inputted

when

writing

upper

byte$-

of

data.

'3

""

I

Thi$ srgnal

iS

inputted

when

writing

lower bytes

of

data_

14

ro

'

Row

address strobe signal

input

28

i5E

'

Output

enable signal

input

29

=

I

Column address strobe

signe1I

input.

• TC531024F(IC104}: Mask ROM {BOOT ROM

for

main-CPU)

Terminal

Layout

"

.,.,

"'

"''

""

"''

""

"''

"'

'"

"'

°'

o;

M

m

°'

"'

00

"'

'

..

'

"

•

"

•

"

'

..

•

"

'

•

n

•

"

,,

"

•

" "

,.

"

" "

"

" "

Functions

No.

Symbol

"°

fun,tiori

40

VDD

-

Power

supply

11,

30

GNO

""

CNO

3-10

01s-oa

0

Data

output

12-19

DJ-DO

37-31

A15-A9

I

Address

bus

inp1.1t.

29-21

AS-AO

'

a

'

Chip

enable

signal

input.

20

"'

'

Output

enabl.i

sign<1I

input.

1,36,39

NC

--

~on

<onn!Kt•On

• LC33832M-70X {lC162): Psevdo static

RAM

(Cash

RAM

for

CD-ROM

Data

Decoder)

Terminal

Layout

Pin Functions

-

No

Symbol

110

Fur1ction

"'

"

'"'

rn

"

~

"

,.

"'

l8

VOD

-

Power

supply

,.

"

CND

--

G'D

"'

"

"'

M

"

""

11-13,

1!01-1/03,

''°

Data

1nputtoutput

M

"

OfiRTsH

15-19

1/04-1108

"

""

"

"'

'"

"

~

1-10,

21,

A0-A14

'

Ad<:Jress

bus

input.

23-l6

~·

"

,.

l/07

"'

"

oo•

20

"

'

Chip

enable signal input_

'°'

"

,.

j/Q~

''°

"

,.

"M

"

OE/RFSH

I

OL.ttput

enable/refresh

Input.

"

RPN

I

Readfwrrte

signal input_

1-32

(No.20478)

RG-M10BU

•

M

N414270SJ-08

(IC1

OS)

: D RAM (

Program RAM

for

s.ub-CPU

)

Terminal

Layout

Pin Functions.

0

f'1n

No.

Symbol

l/O

Function

"'

•

VI>

""

"

00»

1, 6, 20

vcc

..

Power supply

00•

"

OQ!4

00>

"

DQ13

21,35,40

vss

G'D

oo•

"

001<

"'

•

"

"'

2-5,

DQO

l/O

Data

iriputloutput

bus.

""

,

"

OOH

7-10,

-OQ1S

oo•

•

"

M"

31-34.

000

'

"

oo•

36-39

"''

"

°'"

"'

"

"'

16-19

AO

'

Address

bus

inpi.rt

lWi:

u

"

,,

22-26

·AS

~

"

•

™

"'

"

°'

"'

"

•

,.

"

CWE

'

Thi1

sigrial

is

inputted

when

writing

lower

byte~

of

data.

M

"

" "

"

" "

13

UWE

'

This

signal

is

inputted

wh11n

wnting

lupper bytes

of

data.

.,

"

" "

"'

"

~·

'4

RAS

'

Row

address 1trob€ signal

input.

27

"'

'

Output

enable

~•gr1<1I

iriput.

26

'°"

'

Column

address strob€ signal

input

• BA6393FP(ICS03):

BTL

DRriver

1.

Terminal

layout

2.

Block Diagram

(H1-01)T

1'

CHl-OIJT 6

C!'i\~~"

(K1-<!<B

•

"

'

"'

•

"'"

,

''°

•

Clil-IN

6

Ctll-INA

l0

Ctl2·0UT

e

t

1

CH2·0UT A

12

GND

13

Of>OUT

1~~~~~~~

3.Description

No

Symbol

'

CH1-0UTA

2

CH1-0UTB

3

CH\-INA

'

CH1-IN8

'"

NC

rn

CH2-IN

A

"

CH3-IN

A

"

CH4-IN

B

'

MUTE

9 CH2-INB

'°

CH3-INB

"

CH4-INA

•

'"'

CH4-0UT A

CH4-0<.JTa

'

CH4~N

A

(H4-IN

Q

BIASIN

0.SUF

"'

CH3-IN

B

+

"

CtlJ-IN A

"

CH3-0UT

a

"

CH3-0IJT A

"

OPIN+

"

0PJN·

+

ow•

2

"o

Description

0

Focus

drive

output

'

Focus

drive

input

-

Non

connection

'

Mute

signal

input

piri

'

Spindle

motor

drive

input

'

Feed

motor

drive

input

'

Tracking drive

input

DBUF

LEVEL

SHIFT

LEVEL

SHIFT

No.

Symbol

8,13.28

GND

"

CH2-0UT

8

"

(H2-0UT

A

'4

OPOITT

1 S.16

OPIN

"

CH3-0lJT

A

"

CH3-0UT

8

21,22

Vco

23

BIASIN

26

CH4-0UT

B

"

CH4-0UT

A

''°

-

0

'

0

-

'

0

DRIVER-

MUTE

+

LEVEL

+

SHIFT

Descr1pt•on

G'D

Spindle

motor

drive

output

OP

amp

output

OP

amp

input

Feed

motor

drive

output

Power

•upply

Input

of

Bias

Tracking drive

output

+-

(No,20478) 1·33

RG-M10BU

• SMS841AS-ET(JC661):

Digital

Filter

1.

Terminal

Layout

2.

Block

Diagram

Ci&

1

22

D'N

CKSL

LRCI

"N

BCK!

"'

2

"

BCKI

0

-------

--

-

---

-

------~

X>O

3

CKO

4

VSS

s

"

6

"

LRCI

"

BCKO

"

NC

"

NC

2m

SYSTEM

INPUT

DATA

xoo

0

CLOCK

INTERFACE

CKO

NC

7

MDo

8

MCK

9

MLE

10

0

"

VDD

"

WCKO

"

DOL

"

DOR

iSi'

TIMING

FILTER

CONTROLLER

CALCULATION

MD2

BLOCK

MODE$

'5T

"

DG

MCK

ATTENUATER

MU

INTERFACE

WCKO

'

OUTPUT

DOL

'

DATA

DOR

vss

cp;i,,

ATTENUATER

INTERFACE

BCKO

'

MUTE

voo

cp-

CONTROL

DG

'

~-------------------------------·

3.

Pin Functions

No.

Symbol

VO

FunCTion

1

CKSL

'

Oscillation

and

input

frequ.ency select

terminal

CKSL" High

---

>

384fS

-

(KSL,,Low

···

>

256fs

2

XT1

-

Oscillator

il'lput

3

XTO

-

Ostdlator

output

4

CKO

0

Osdl!ator dock

s

vss

-

GND

6

NC

-

Non

connection

7

NC

-

Non

(onnection

'

MD7

'

Mode set

data

(The

digital

attenuator

and

the

mode flag register

are set.)

9

MCK

'

Mode

set

clock

10

MLO

'

Mode

set

lat<:h

enable

11

RH

'

System clock

(ln1t1al1ze)

12

OG

0

When the

BhLR

parallel

olltput

mode,

this

signal

is

deghtch

output.

When

the

4fs.LR

alternate

output

mode,

this sianal

1s

deglitch

outpot.

13

DOR

0

Whf!n

the

8fsLR

parallel

output

mod€,

tf"us.

signal

is

right

channel data

output.

When

the

4fs.LR

alternate

O\.ltout

mode,

this

s.i<lnal

is

LR

clock stnnal

output

"

DOL

0

When

the

BhlR

parallel

output

mode.this

signal

is

left

channel data

output.

When

the

4fslR

alternate

output

mode,

tt'iis.

si<1nal

rs

left

I right channel

data

outout.

15

WCKO

0

Output

word

dock

16

VDD

--

Power

suppJ11

17

NC

--

Non com1ection

"

NC

--

Non connection

19

BCKO

0

Output

bit

dock

20

LRCI

'

Sample rate{fs) clock

for

input

data

"

BCKI

'

Output

bit

dock

'2

"'

'

Input

data

1·34 {No.20478)

RG-M10BU

• TC51864Fl-10

(IC132):

Psevdo Static RAM (

65,536word

x

8bit)

(PCM

wave-form

RAM)

Terminal

Layout

Functions

Rffi1

"

'"

No.

Symbol

''°

Function

"

"'

32

vcc

Power Supply

"'

;o

"

"'

..

-

"

GND

-

GND

"

•

,.

"'

M

•

"

13-15,

D0-02,

''°

Di!ta

Input/Output

"

M

"

"'

17-21

03-07

"

•

"

"'

,,

"

"'

3-12,

23,

AO-A1

S

'

Address

Input

" "

25-28.31

" "

00

" "

~

22

CE

'

Chip Enable

°'

"

o;

°'

" "

M

24

OE

'

Output

Enable

(,NO

"

'

RFSH

'

Refresh

Input

29

'1W

'

Read/write

Signal Input

(No.20478)

1-35

RG-M10BU

Jnisassembly

Procedures

[

•

Top

cover

1.

Take

off 6

screws®

on

the

bottom.

(See

fig.1

)

2.

Remove

the

top

cover.

•

Holder

L

(Fig.3)

1.

The

spring

is

hung

to

part

©.

2. Take off 2

screws®.

3.

Open

the

CD

door.

4.

Remove

the

Holder

L.

•

CD

door

1.

Remove

the

Holder

L

and

Holder

R.

2.

Open

the

CD

door.

3.

One

of

the

arm

is

removed

pushing

the

part

shown

by

the

arrow©.

4.

The

other

arm

is

removed.

•

Main

P.C.Board

1.

Remove

each connector from

J801,J802

and

J803.

2.

Take

off

5

screws

®securing

the

main PCB.

3.

Remove

the

main

PCB.

•

CD

mechanism

assembly

1.

Take

off

a

screw®

securing

the

CD

mechanism

assembly.

2.

Remove

each wire from

J501

and

J502.

3.

Remove

the

CD mechanism assembly

from

the

insulator.

CD

me<:hanism assembly

Audio

and video terminal

Mairi

PCB

=

JS01

Figs

RG-MtOBU

inside view

1-36 (No. 2047$)

1502:

®

Fig.1

Bottom view

older R

older

L

00

Fig.2

Top

cover

back

view

©

Spring

Fig.3

Holder

l

CD

door

arm

00

Fig.4 Top cover

back

view

RG-MlOBU

•

Clamper

ass'y

1.

The

clamper

is

drawn

in

the

direction

of

G"),

as

shown

in

figure

6

and

the

clamper

removes from

the

lower side.

(Power

is

somewhat

necessary.)

.__J

"

Lt-

0

Among

three hooks Which

moi,,tain

damper.

only

the

hook

below

grve•

tr~y

Fig.6

•

Pickup

1.

Remove

the

top cover.

2.

Remove

the

cover on

the

pickup ( Fig.7

).

3.

Release

the

shaft

to remove

the

pickup.

4.

Remove

the

wire

on

the

pickup.

Sh~ft

stopper Turntable

cover

•

Fig.7

CD

mechanism

assembley

a

Spindle

motor

1.

Remove

the

CD

mechanism

assembly.

2.

Remove

the

turntable

,

and

remove the two

scre\vs

retaining

the

spindle motor.

3.

Remove

the

screws

retaining

the

spindle

and

feed motor

P.C.

Board

and

unsolder it.

Turntable

Fig.8

•

Spindle

motor

installation

1.

Tighten

the

2

screws to the same torque.

2.

Fasten

the

spindle

and

feed motor

P.C.

board

with

the

screw and solder.

3.

Install

the

turntable.

When

installing,

press

straight

down

at

the

center of

the

turntable

until

the

distance from

the

surface of

the

mechanism

base

to

the

turntable

is

exactly

19.4±0.lmm.

--

E:

DD

Fig.9

4.

After

inserting

the

turntable,

bond

the

motor

shaft

and

turntable

together

(at

the

section

marked

by

an

arrow

in fig.

10

on

the

left below).

'

I

Fig.10

5.

Use

"LOCKTlTE"

#460

bonding agent,

and

apply

as

little as

possible .

Take

care

not

to

allow

any

excess bonding

agent

to

get onto

the

turntable

. Be

extremely

careful

not

to

allow bonding

agent

to

adhere to the

motor

bearings

(the section

marked

by

an

allow

in

fig.

10

on

the

right).

(No.

20478) 1-37

RG-M10BU

!Adjustment

Procedures

I

•

Before

the

adjustment

The

initial

screen (

that

is a comment

"Put

a disc on the turntable" ) is displayed when

the

power supply 'is

turned

on without a disc.

The

screen shifts to

the

control screen

after

reading

a disc

if

a disc

is

set

and

the

door close

detection switch

is

pressed. The disc keeps

rotating

for approximately 1 minute after shifting to

the control screen.

Press

the playback

and

then

the

st-0p

button

if

you want to stop the rotation.

With

a disc on

the

turntable,

the screen shifts W the c-0ntrol screen quickly

after

reading a TOC

when

the

power supply

is

turned

on.

(The

initial

screen is displayed while TOC is being

read.)

•

Adjustment

measure

Oscilloscope ,

Test

disc (CRG-1117)

•

Procedures

1)

FE

(focus

error)

bias

(CD

stop

mode)

CC·

Connect

an

oscilloscope between TP501 pin2

(FE)

and

TP501 pin9 (

OND).

(?i

Adjust R508

so

that

the

DC

voltage of the focus error signal becomes O±lOmV.

2)

EF

balance

0~

Connect TP501 pin6

(TEST)

with TP501pin7 (

GND).

a;.

Connect a oscilloscope between TP501 pin4

(TE)

and TP501 pin8 ( VC) and play the

test

disc.

':i'D

Adjust R510 so

that

the center voltage of the waveform becomes 0±0.05V.

3) Gain adjustment

If

the gain

is

out of adjustment,

the

symptoms below will appear.

Focus

is

not obtained

and

disc does not rotate.

e Gain

too

low

Focus gain Tracking gain

Mechanical shock occurs easily

and

sound is interrupted.

Or

time counter display

stops counting.

eGain

too

high

Focus gain

Tracking gain

Scratches (on the disc) easily

interrupt

play, and noise is increased during play.

Since

the

follow-up ability of the pickup is too high, the pickup may oscillate

and

oscillating sound may output.

As described above, the focus and tracking gain adjustment

are

performed to satisfy

mutually contradictory characteristics. A simplified adjustment procedure is described below. However, since exact

adjustment

can not be performed

prior

to adjustments, note( or mark) the positions of the semi-fixed resistors. If

the positions after the adjustment are only

different,

return

the VRs to

their

original position.

Focus

gain

adjustment

1.

Connect

an

oscilloscope to

TP

501 pin(FE) and

TP

501 pin8 (

VC

).

2.

Load the

test

disc

and

press the PLAY button.

3.

Adjust R522 CF.GAIN ADJ.)

S-O

that

the correct

waveform

as

shown

in

figure 1 is obtain.

1~38

(No.20478}

Focus

Gain

Adjustment

100rnV

I div.

2ms/div.

Fig.

1

vc

Tracking

gain

adjustment

1.

Connect

an

oscilloscope lo

TP

501

pin4(TE)

and

'fP

501 pin8

(VG).

2.

Load

the

test

disc

and

press the PLAY button.

3.

Adjust

R524 (T.GAIN ADJ.)

so

that

the

correct

waveform

as

shown

in

figure

2 is

-0btain.

0

Main

P.C.Board

RG-MlOBU

Tracking Gain

Adjustment

11--1-+-+--t-:E---'l--l--+-t-~

0.8V VC

rl-+--+---l-~'-+-+--l-+--1

1mVfdiv.

2mstdiv.

Fig. 2

0

Door

Clo1e

Oetectiori Switch

Fig.3

(No.20478)

1·39

RG-MlOBU

jFiow

of

Functional

Operation

Until

TOC

is

Read

I

•

Time

Chart

of

focusing

----·

flXUS

--v-V--

Drive

S•gni>I

ICS03

p1n2

i

Focll5

error

-

TP501

·2

{FE)

'

''"

/

SENSE

{FZQ

1(601

pin69

or

IC691

pin54

Fo<usOK

L

F-Ocus

point

IC691

pin5:3

Of

!C601 pin1

I

'

~---------

Broken

line

'"

the

above figure

'h~

waveform

in

case

of

focus

out.

Door Close

Detection Switch

I

Tf'S01

\

VZZ722V7?2?2•

1(6010

Cl

~a

~

1(6910

~

...

,,

-

1(502

1·40 {No.20478)

(

Power

ON

•

Does

REST

'M'itd'I

turn

on?

Loser

d'1ode

emitt

ligfrt

Focusing

Ofsc

1~

rotated

Tr<>cking

servo

on

Eye

pattern

is

out

pt.It

Reading

TOC

01si.:

is

braked

Laser

OFF

}

if

not

"

if

not

Check Points

Tlta

vol

tage

of

f8

of

lCS0-2

ov.

must

bE

Chetk 1

f

the

pin 48 (LASER)

of

nthe

m<01n

PC

board

is

b@

fed

to

the

pickup.

IC691

o

OV

to

Check

K601

if

the

pin4 {

MOP

)

ot

on

the

m111n

f'C

board

be

fe<!

to

the

spindle

+SV

to

motor.

~

not

o

amp

(

the

eye

pattern

is

utput,

check

the

RF

IC~01

l _ When

the

~{Wh'°

.,.

ad

Just

p;1ttern

i~

not

dear,

ti'le

FE

bias_

-

Check

tf

__,..the

ma1

fed

to

t

pinq

(MOP)

of

!(601

on

n

PC

board

is

OV

to

be

he

spindle

motor.

Check

if

on

them

pin<IS{LASER)

of

JC60t

ain

PC

board

is

+

SV

to

be

fed

t

o

the

pickup.

I

Maintenance

of

Laser

Pickup

j

(1) Life of the

laser

diode

RF

level

(amplitude

of eye

pattern)

is

decreased

when

the

life of

laser

diode

is

run

out.

Check

that

the

RF level is over

0.7\'p-

p

and

under

1.2V.

The

pickup

should

be

exchanged

with

new

one

for

run

out

of

its

life

if

the

value

is

0.7Vp-p

below.

{2) Semi·fixed resistor

on

the

APC

PC

board

The

semi-fixed

resistor

on

the

APC

printed

circuit

board

which is

attached

to

the

pickup

is

used

t-0

adjust

the

laser

power.

Since

this

adjustment

should

be

performed

io

match

the

characteristics

of

the

whole optical block, do

not

touch

the

semi-fixed resistor.

If

the

laser

power is lower

than

the

specified value,

the

laser

diode

is

almost

worn

out,

and

the

laser

pickup should

be

replaced. If

the

semi-fixed

resist-Or

is

adjusted

while

the

pickup

is

functioning

normally,

the

laser

pickup

may

be

damaged

due

to

excessi"c

current.

RG-M10BU

!Replacement

of

Laser

Pickup

I

Turn

off

the

power

switch

,

and

disconnect the

DC

plug.

Replace

the

pickup

with

a

normal

one.

(Refer to

"Disassembly

Procedures"

on

the

Plug

the

power supply

adaptor.

Set

the

power switch on while

turning

on

the

door close detection

switeh

forcefully.

Check

that

the

laser

diode

emits

foe

approx. 3sec.

and

the objet"tive

lens

moves up and down.

Check

FE

bias.

AdjuBt

EF

balance.

Play

a disc.

'

Adjust

focus

gain.

Adjust

tracking

gain.

Check

the

eye-pattern

at

TP501

pinl(RF)

•

Finish.

Note:

Since one

adjustment

may

affect

other

settings,

repeat

these

adjustments

a

few

times.

{No.20478)

1-41

RG-M10BU

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(No.

20478)

RG

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j

Printed

Circuit

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j

•

Main

&

DSP

P.C.Board (

ENR-005)

Front

side

(No

.20478) 1-43

RG-M10BU

•

Main & DSP

P.C.Board ( ENR-005)

Back side

1-44 (No.20478)

• Mic,

Headphone

&

CD

Servo P.C.Board

(

ENR-006)

Front

side

RG-MlOBU

(No.20478) 1-45

RG-M10BU

•

Mic,

Headphone

&

CD

Servo P.C.Board

(

ENR

-006 )

Back side

1-

46

(No

.20478)

1

2

3

4

5

7

8

9

1 0

1 1

1 2

13

I

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PLAY

signal path.

3. indicates Mic signal path.

4. indicates

PCM

sound signal path.

5.

indicates

VIDEO

signal path.

6.This

is

the standard circuit diagram.

The

design and contents are subject

to

change withoutnotice.

(No.20478)

1-47

RG-M10BU

(2)

Main

CPU

& Game Processor Section

A

1

2

3

4

5

7

8

1 0

1 1

1 2

1 3

1-48 (No.20478)

B c D E

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Contents

General Exploded

View

and

Parts List

CD

Mechanism Ass'y and Parts List

Printed

Circuit

Board Ass'y

and

Parts List

• ENR-005

~

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Accessories List

Packing

Materials

and

Part

Numbers

2 - 2

2 -4

2-5 2-5 2-5

2-

6

2-

10

2-

10

2 -

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2 - 12

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12

(No. 20478)

2-1

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and Parts List

2-2 (No.

20478)

•

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7

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Item

Part Number Part Name

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