Sega Saturn Service Manual

llfliA"

SERVICE

SEGA SATURN (PAL)

MANUAL

NO.

ISSUED

013-

JUNE,

CONTENTS

1.

SPECIFICATIONS · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · 3

2.

IDENTIFYING PARTS · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · 4

3.

ACCESSORIES· · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · 5

4.

IDENTIFICATIONS AND LOCATIONS OF CIRCUIT BOARDS · · · · 5

5.

DISASSEMBLY

PROCEDURE·································

1

1995

6

6.

CD DRIVE MAINTENANCE AND ADJUSTMENT· · · · · · · · · · · · · · · · 8

7.

BLOCK DIAGRAM · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · ·

8.

SCHEMATIC DIAGRAMS · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · ·

9.

CIRCUIT BOARD DIAGRAMS · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · ·

10. PARTS SPECIFICATIONS

11. EXPLODED VIEW & PARTS LIST ·

11-1. Exploded 11-2. Mechanical Parts List · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · 11-3. Electrical Parts List · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · 72 11-4. Accessories/Package list · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · 77

View···········································

..

···

.. · .. · ..

..

· ·

···

....

·····

..

· ·

...... · .. · ...... · ..

····

.. · ..

Sega Enterprises, Ltd.

11 13 27

32 70 70 71

PROTECTION OF EYES FROM LASER BEAM DURING SERVICING

This

set

employs

Warning

When

servicing,

Be

sure

to

observe

laser.

do

from

Therefore,

not

approach

a distance of

the

be

sure

laser

more

to

exit

than

follow

with

30

carefully

the

eye

em

from

too

the

closely.

instructions

In

surface of

below

case

the

when

it

is

necessary

objective

servicing.

to

lens

on

confirm laser

the

optical

pick-up

beam

emission.

block.

£ Cautio"' Invisible laser

Caution

Use

of controls or adjustments or performance of procedures other

radiation

This

exposure.

console

is

classified

as a CLASS 1 LASER

radiation

product.

when

SAFETY PRECAUTIONS

Notice:

I.

'

3.

PRODUCT SAFETY NOTICE

Many inspection

voltage, wattage, Electrical components of a substitute replacement component replacement continuously under

Comply

When

replacing a chassis

knobs,

adjustment

When

service

the

high

voltage circuit. Always should that

use

not

indicate evidence of overheating.

electrical

nor

with

all

cautions

in

and

compartment covers/shields, isolation resistors/capacitors,

is

required, observe

the

manufacturer's replacement components. Especially critical components

be

can

one,

replaced

and

etc.

shown

by

other manufacturer's. Furthermore, where a short-circuit

mechanical

the

protection afforded

Replacement parts

having

in

the

review

and

the

console,

parts

such

features

parts list new

and

safety

all

the

protective devices

the

original lead-dress. Extra precautions

have

special safety-related characteristics. These are

by

them

necessarily

which

have

these special safety characteristics

are

which

in

this

instructions

identified

does

Se[Vice are

not

Manual,

issued

by

have

open

located

be

marking

the

from

time

and

interlocks

than

on

or inside

must

obtained

with

a it,

same safety characteristics

may

create shock,

to

time.

defeated

those specified

the

cabinet

be

put

back

etc.

should

has

by

using

replacement components

in

the

parts

fire,

in

place,

be

taken

occurred, replace those components

are

avoid exposure

herein

and

on

the

such

to

assure correct

as

indicated

often

identified

list

in

this Service as

or other hazards. Product Safety

to

beam

may

result

in

chassis.

as

barriers, non-metallic

lead

on

the

circuit diagram

not

in

this Service

the

SEGA

evident

from

rated

Manual.

recommended

hazardous

dress

visual

for higher

Manual.

The

in

use

is

CAUTION ON FUSE

Caution: Attention:

For continued protection against risk of

Afin par

REPLACEMENT

d'assurer

un

fusible

8 This symbol indicates a

.8.

This symbol indicates a Time

une

protection permanente contre

de

meme

type

et

de

amperes

Fast

Operating Type Fuse .

Lag

fire,

Type

replace

volts.

Fuse.

-2-

only

with

same type, amperage, volt

tout

risque d'amon;age electrique, replacer uniquement

fuse.

Audio CD:

SATURN

COMPATABILITY

The normal audio Compact Disc altered with all the effects

of

is

playable on the Saturn machine, and can

be

a modern Hi-fi and more. Surround sound, vocal cut-out for Karaoke, program sequence of tracks and shuffle to name but a few. You need no extra equipment

to

play music CDs on your Saturn.

CD+G:

CD and Graphics are a format where simple visuals can appear on the screen that relate

pictures. You need to buy

to

the music. These visuals might include stills of the band, or other

no

extra equipment to use CD+G on your Saturn.

CD+EG:

CD

and extended graphics is a new medium ready community. It is basically an enhanced version of what CD+G. You need no extra equipment to use CD+EG on your

to

be utilised by the music

is

described above in

Saturn.

MPEG:

MPEG is the standard industry format for compressing Full Motion Video footage. This means that the footage takes up less disk space, and when it is be viewed, the MPEG program decodes the footage and plays it on screen. The

to

MPEG add-on is needed in order

of

At the current rate

compression one movie can fit on two CDs.

use the MPEG video CDs and Philips CDi.

to

',

I

Developed by Philips, CDi is an interactive CD format that can be used in a variety quality sound CDi has become an industry leader in the field

of

educational and entertainment purposes. Using video footage and CD

of

interactive

fun._

The MPEG add-on is required to access the full range of CDi software

Kodak Photo CD:

Photos stored on CD have theoretically infmite life, are always picture perfect

and will never fade or be otherwise damaged. The

Photo CDs with the use

of

another Saturn CD which allows the user to see display the photos in various ways. There are many Kodak open in the major cities.

Saturn can access Kodak

Photo CD stores

Frame Buffering: A technique

by letting the graphics processor chip

already calculated, allowing it of a seconds visual images, all while the screen is still busy painting

of

the last fraction

Playfields: The background(s), anything that is on screen that it not a .

sprite. When two playfields (layers of bacground) are contolled

a second's display.

to

maximise graphic display performance

"set aside" images

to

work on enerating the next fraction

it

has

properly, parrallax scrolling can result.The

chip dedicated Display Processor background at the same time.

Polygons/Second:

can be drawn on the screen in one second. This figure does not include the size of the polygons, nor their texturing, shading, lighting.

to

controllingbackgrounds (the VDP2 or Video

2") that can generate 5 distict layers of

(1000's of) The number

of

Sega Saturn has a whole

polygons

of

a given size that

or

Realtime: An important adjective that usually indicates the game display

is being re-calculated every second, taking into account the effects or speed, it means the game responds instantly to the player's commands.

of

the player's actions. When reffering

to

a game's response

full

Render: Drawing 3D graphical objects on a computer or game machine.

"BUG" and "Clockwork Knight" are filled with beautifully rendered characters.

Texture Mapping: Copying a bit-map onto the faces of selected polygons

to give the illusion of surface texture.

of

example

a texture mapped game.

"Daytona USA" is a great

Wireframe: A connect the dots approach to showing graphical objects by

drawing lines between sets of points that make up a geometric outline.

Dynamic

Perspective: Constantly changing the point

angle") the on-screen action. Typically requires strong scaling and rotational capabilities. This can be seen on

so that the players feel that they are weaving in and around

Sega Sports games on Saturn.

of

view ("camera

1.

SPECIFICATIONS

Ratings

Model

Power

supply

Power

consumption

Operating

Dimensions

environment

Specifications

CPU

Memories

MK - 80200-50

AC220-240 V 50/60 Approx.

Temperature 5 HumiditylO%

260 (10.2 inches) x

Master Slave 32bit Sound Work Video Sound CD

Buffer

IPLROM 4Mbit

20W

mm(W) X 230

RAM

°C

to

35

to

80%

mm(L) X 83

(9.0

Hz

°C

RH

(no

inches) x

32bit

68ECOOO

16

12 4Mbit 4Mbit

condensation)

(3.2

Mbit Mbit

mm(H)

inches)

RISC RISC

(11.3

SH2 SH2

(28.4

MHz)

MHz, MHz,

25MIPS) 25MIPS)

Backup Resolution

Graphics Colors

Sprite Enlargement, 5 screen XY

Scroll 4

Rotation

Scroll

CG

Functions

Sound

CD-ROM

Enlargement

Windo~

Special features

Polygons

Special features Flat

PCM & FM

Intelligent double-speed

RAM

maximum

I

reduction

sound

source

CD

256

Kbit

320 x 224

1024/2048

2

Vertical

Lateral

Enlargement

Specialized

Wire

shading

Gouraud

32

channels

16

bit Sampling AudioDSP

drive

dot

etc.

(16,770,000 simultaneous transmission)

cell

line

scroll

hardware

frame

shading

sampling

rate

Reducation,

scroll

I

reduction

44.1

kHz

Rotation,

max.

Transformation

[Note]

Characteristics

and

specifications

may

be

changed

-3-

without

notice.

2.

IDENTIFYING PARTS

2-1. Front View of Console 2-3. Control pad

OPEN

Button Cartridge Slot

RIGHT SHIFT Button

2-2.

ACCESS

CONTROL PORT 1 CONTROL PORT 2

Back

View

of

Console

Master Reset Switch

Light

DIRECTIONAL

Button START Button

2

POWER Jack

AN

OUT Jack

A Button B Button C Button

-4-

3. ACCESSORIES

Positive Side

B

Lithium Battery (CR2032)

AC Cable

[UK]

RGB

Cable

AC Cable [SOE] AC Cable [AUSTRALIA]

4. IDENTIFICATIONS AND LOCATIONS OF CIRCUIT BOARDS

CD

Drive Unit

P.

SW Board

Main Board

R.

SW

Board

-5-

Fig.

4-1

5.

DISASSEMBLY PROCEDURE

5-1. Top Case Removal

1)

Remove direction of

six

screws ®

the

arrow.

Fig.

and

5-1

then

the

top

case

in

the

5·3. CD Drive Unit Removal

1).

Disconnect

2)

Remove

the

two

connectors

CD

drive

and

unit

in

the direction of

one

©.

Fig. 5-3

flat cable.

arrow

5-2. CD

1)

2)

3)

4)

Compartment

Remove spring.

Remove spring © .

Remove Push release the

direction of arrow ®

ment

two

the lever

lid.

screws ®

screws@

in

the

boss

and

lid

Removal

and

then

the

bracket

and

then

the

oil

dumper.

direction of arrow ®

then

push

the lever

to

remove the

CD

compart-

lid

in

CD

to

the

5-4.

SH-1

l)

Remove four screws ®

plate.

2)

Remove screw the

remove

SH-1

Board

board

it.

Removal

CD

and

release three tabs,

in

the

and

then

the

top

direction of arrow

shield

then

Q)

lift

to

Fig. 5-2

Fig. 5-4

-6-

5-5. Main Board Removal

1)

Remove four screws ® holding the CD drive

unit supports.

2) Remove five screws

Fig. 5-5

5·6. Power, Power Indicator and

R.

SW Boards Removal

I)

Remove three screws board.

2) Remove screw board.

3) Remove two screws

® and then the power indicator

If@

and then the power

@ and then the

R.

SW

R.SWBoard

board.

Fig. 5-6

-7-

6.

CD DRIVE MAINTENANCE AND ADJUSTMENT

6-1. Maintenance

I)

Checking the laser diode As the laser diode wears out, the RF level (amplitude Check that the RF level maintenance. If the RF level is less that then the pickup should be replaced.

2) Variable resistor on the The variable resistor attached to the pickup on the APC board is used to adjust the output power laser. This adjustment can not be performed output power and should be replaced. Adjusting this variable resistor may cause damage

of

Pickup

eye pattern) becomes lower.

is

0.8V - l.4Vp-p during

APC board

is

done at the facto!}' and

in

the field.

is

low, the laser diode has worn out

to

the laser diode.

If

0.8Vp-p

of

the

the laser's

6-2. Laser Pickup Replacement

Procedure

Turn the power switch cord from the

AC outlet.

off

and unplug the power

1

Replace the pickup.

1

Set the door close detection switch manually and turn the power switch on. that the laser emits light for approx. 3 seconds

and the pickup lens moves up and down.

[Note] Be careful not to bring your eyes too

near to the laser and do not look straight at it as this is dangerous.

to

on

Check

l

Check the

FE

bias.

I

Adjust the focus gain.

1

Adjust the TE balance.

l

Adjust the tracking gain.

I

f

Check that the eye pattern waveform can be

observed at the RF test point. (0.8-1.4Vp-p)

I

i

Replacement complete

[Note] Since the adjutments influence each other,

it

may be necessal}' to repeat them 2

times. times.

to

3

-8-

Adjustment Preparation

Apply markings to the positions

If

before adjustment.

specifidtions,

the following symptoms may occur.

the adjustment are out

of

the variable resistors

[Focus gain]

If

the focus adjustment is too low the pickup lens will not

be able to focus properly and the disk will not rotate.

is

adjustment and noise will increase.

too high portions

of

a track may be skipped

[Tracking gain]

If

the tracking adjustment

susceptable to shocks

skipped

If

leading to unstable

The

mutually satisfy conflicting characteristics.

or

the disk time counter may stop.

the adjustment

focus and tracking adjustments are done so as to

is

too high the pickup lens may oscillate

or

is

too low the drive

or

bumps, portions

distorted sound.

is

of

a track may be

6-3. Test equipment and tools

necessary for adjustment

I. Oscilloscope

2.

DC voltmeter

3. Non-metallic adjustment screwdriver Test

4.

CD (A-BEC TCD-792A)

of

If

the

more

6-4-1.

FE

(Focus Error) bias adjustment

and focus gain adjustment

I. Connect the oscilloscope to test point

shown

in

Fig. 6-2.

2.

Turn the power switch on and set the the stop mode.

3.

Adjust test point (FE IN)

4.

Play the first track Rill

6-4-2.

Rll4

(FE

bios) so the DC voltage at the is

OV.

of

the test CD and adjust

(Focus gain) so the DC voltage is - 7mV.

FE

balance and tracking gain

CD

adjustments

I.

Connect the oscilloscope to test point shown

in

Fig. 6-3.

2.

Turn the power switch on and play the first track of

the test CD.

3. After play has begun, connect the GND.

4.

Adjust of

5. Adjust the wavefonn is 0.4V as

RI04

(FE

the waveform

Rll3

(tracking gain) so the amplitude

balance) so the

is

OV.

in

Fig. 6-4.

TEST

center

FE

IN

drive to

BP

IN as

pin to

voltage

as

of

6-4. CD Drive Unit Adjustment Proce-

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t-...,blr--l,o-6-~f.-e-<122

0.

01

NITUSED

n:

Rill'!

2.21:

XlOl

2tntz

etol:!:

O~

lOP

l

lllEOI

lllEO

O

DACKO

-

-t--+-

Rill

NI~T

USED

m T

RD

1

lo1lH

J.

WRl

Rll2

T~6

tKJT-

USED

r,!(

~~41

-::----

vee

t-

---

-H--

TPJ

---,i _i

1

..,;

-1

IML

2'{-1

TI!Qii

vss t02

~~

6

02

OJ

~

:

10

D6

II

07 VSS

"

08

14

~

16

DIO

17

Oil

18

012

~

DIJ

21

Dl4

22

DIS VSS

24

:~

25

l2

26

A

3

27

""

28

AS

~

N-

=

~~~t;;~~::lli!l!ll!!l!~~gii::lli!ll!8~::l~~;:;~~g

gg~~cg>

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19

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;g

~

'2

I!!

RIDS

I

~

Rl04

!OK

vee

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

2

--,

Allllll

Ul.

AFel

A

IRQ

ltYR2

IIYR4

ltYR2

IIYRI

triG6

ltYG4

IIWG2 II¥GO

IMI4

-

rnn12

IIYBO

1111'111

DTW YSYI«:

ltYR7

ltYR5

ltYR3

ltYRI

IIYG7

IIYG5

II'IG.l

triG I

IMI7

IMI'.i

IMI

IMII

GNJ

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112

1M

AA12

11

14

~~----

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4

7/6.

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

l l l

21

CIIS

Cll4 CIIS

J

0.

01

NIT

USED

NIT

USED

9

l

l ± l

CI08

CI09

Cll9

0.

01

I«<T USED

etJO

0.

0 I

NIT

USED

----~~

()

---------+-~-----------------

vee

------

--------,

l

Cll2

1«11 USED

::!:

ellt

ll'-01

CliO

I«<T USED

3

4

5

A

8

25-

c

9

vee

0

E

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NIT

Cl29

USED

/""\

YcC

F

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G

6

H

9. CIRCUIT BOARD DIAGRAMS

9-1. Main Circuit Board

1

2

3

5

4

~=--

~·""-

j-......--

~

..

__

.•

...

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Ct39

837-11493 171-69638

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MADE

CE46.

IC

PC

BO BO

IN

64.

SATURN SATURN

1995

JAPAN

CE45

MAIN MAIN

27

FUSE

43

26

44"

VAO VAO

PAL PAL

..

IC32

.DIRECTiON

0

•

RA2

o~

.-'

-~-----eillj

6

A

B

·-

27~

c

0

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D

H

28

!

Tl'a7

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TI'N

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2

3

5

4

6

A

B c

29-

D E

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H

1

9-2.

SH-1

Circuit Board

11.

PARTS

SPECIFICATIC•It.JS

IC1/2

IC H06417095F28 QFP HITACHI

Parts No.: 315-0922A

•Top

View

108

73

IG

H06417095SF28 QFR HITACHt

Parts

No.

: 315-0998

2

3

4

5

6

109

i

!

I

i i

114 i

• Description

No. 1/0

1 2 3 4 5 6 7 8 9

10

11 12 13 14 15 16 17 18 19

20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39

40

72

i i

HD6417095

i

i i

i

37

38

Name

Dll

1/0

l/0

1/0

-

1/0

-

1/0

012 013

VCCl

014

VSSI

015 016 017 018

019

VCC2 Power supply (SV)

D20 Data bus

VSS2

D21

D22 Data

D23

VCC3 Power supply

D24

VSS3 Power supply

D25

D26

D27

·-

--

- VCC4 Power supply

l/0

-

I!O

1/0

-

1/0

-

D28

VSS4

D29

D30

031

AO AI Address A2

vsss

A3

A4 AS A6 A7 A8

vccs

Data

Power supply (SV) Data bus Power

·---

Data

Power supply

--

Data

-·

--

Data

--

·-·

·-

Data Power

·--

Data

---

Power supply

---

--

Address

---

-

Power supply

.

bus

supply

bus

supply

bus

Function

-

(OV)

(SV)

(OV)

(SV)

(OV)

(SV)

A

B

c

-

31-

0

-32-

No.

41

42

43

44

45 46 47 48 49 50 51 52 53 A18 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71

72

73 74 75 76

77

78 79

80

81 82 83 84

85 86

87 88 89

90

91

92 93 94

95

96

97

98

99

100 101 102

103

1/0

- YSS6

I/0

- YCC6

1/0

-

I/0

-

1/0

- YSS8

1/0

-

1!0

-

1/0

0

-

0 DACK1

-

I I DREQ1 DMAClrequest

0

0 I/0 1/0

-

0 0 0 0 0

-

0

-

0 0

I

0

-

I 0 0 0

-

0

-

I

I RXD

0

1!0

Pin Name

A10 All A12 A13 Al4

A15

YSS7

Al6 Al7

VCC7

Al9

A20 A21 A22

VCC8

A23

VSS9

A24

A25 Address bus

A26

DACKO

YCC9

VSSIO

DREQO

cso

CS1 CS2 CS3

BS

RD/WR

YSSll

RAS,

CAS,OE

CASHH, DQMUU,

CASHL,

CASLH,

CASLL,

DQMUL, WE2

DWMLU,

YCClO- Power supply (5Y)

DQMLL,

YSS12

RD

CKE

WAIT

BEN

YSS13

BACK, BRLS

BREQ,BGR

WDTOYF

FTOB

VCC11

FTOA

VSS14

FTI

FTC!

TXD SCK

A9

CE

WE3

WEI

WEO

Function

Address bus Power

supply

(OV)

Address bus

Power supply (5Y) Address bus

supply

Power

Address bus

Power supply (5Y) Address bus Power

Address bus

Power supply (5Y) Address bus Power

DMACO Power supply (5Y) DMACl acknowledge Power DMACO

(OY)

supply(OY)

supply

(OY)

acknowledge

supply

(OY)

request

I Chip select 0

Chip select I Chip select 2 Chip select 3 Bus cycle start Read/write Power supply RAS for DRAM/SDRAM, CAS for SDRAM/OE for PSRAM Each memory most significant byte select signal Each memory 2nd significant byte select signal Each memory 3rd significant byte select signal

Each memory least significant byte select signal

Power Read pulse SDRAM clock enable control Hardware wait request

Reserve

Power

Bus right permission in slave mode/Bus right acknowledge

Bus right request in slave mode/Bus right acknowledge in master mode Watch dog timer output

Free-running timer output B

Power supply (SY)

Free-running timer output A

Power

Free-running timer input

Free-running timer clock input Serial data input Serial data output Serial clock input/output

supply

(OY)

CE

for PSRAM

in

master mode.

-33-

No.

104 105

106

107 I MDI 108 109 CAP2 110 Ill

112 I 113 114 115 116 117

118 119 120 121 122 123 124 125 126 127 128 129 130

131 132 133 134 135 136 137 138 139 140 141 142 143 144

1/0

-

I

-

0

I

0

-

I

I/0

I

-

I

-

0

I

I/0

-

I/0

-

1/0

-

1!0

-

1!0

Name

VCC(PLL)I2

MDO

VSS(PLL)I5

CAP!

MD2 CKPACKN CKPREQN

VCC13

N.C

VSS16

N.C

MD3

CKIO

MD4 MD5

VSSI7

RES

VCC14

IVECF

NMI

IRL3 IRL2 IRLI IRLO

DO

Dl

VCC15 Power supply (5V)

D2

VSS18

D3 D4 D5 D6

VCCI6

D7

VSSI9

D8 D9

DIO

Function

supply (5V)

Power Operation mode pin Power supply Operation mode pin

External capacitor connection pin for PLL Operation mode pin

Clock pause acknowledge output Clock pause request input Power supply (5V) Not connected. Power

supply Not connected. Operation mode pin System clock input/output

Operation mode pin Power supply

Reset Power supply (5V) Interrupt vector fetch cycle Non-maskable interrupt request

External interruput factor input

Data bus

Data bus Power

supply

Data bus

Power supply (5V) Data bus Power supply

Data bus

(OV)

of

built-in PLL

of

built-in

PLL

-34-

• Block Diagram

MULT

CACHE TAG

CACHE

CONTROLLER

CACHE

DATA

DIVU

DIRECT

MEMORY

ACCESS

CONTROLLER

(X2 CHANNELS)

~

(/)

::l

co

(/) (/)

v--

1:==1

LU

a:

§_~

LU-_/

::r:

C)

<(

C)

~

(/)

::l

co

<(

1-

<(

0

LU

::r:

C)

<(

C)

-~

h

~

k

v

()=~

~i

~-§y

..J

<(

z

a:

LU

~

_____/

1-

;;

1-~

co

~

<(

0

..J

<(

z

a:

LU

1-

z

-

CPU

i

EXCEPTION

PROCESS

INTERRUPT

CONTROLLER

BREAK

CONTROLLER

VECTOR ADDRESS

BUS STATE

CONTROLLER

OSCILLATOR

-

A

..J

<(

z

u;

"

1-

0...

::l

a:

ffi

1-

;;

..J

<(

z

a:

LU

1-

;;

I I

~(I

l=REE-RUNNING

K=1

I

(/)

::l

co

(/)

LU

a:

0 0

<(

..J

<(

a:

LU

::r:

0...

a:

LU

0...

(/)

::l

co

<(

1-

<(

0

..J

<(

a:

::r:

0...

a:

LU

0...

~

1'-'

r--;

16-bit

TIMER

SERIAL

COMMUNI-

CATIONS

INTERFACE

WATCH DOG

TIMER

OpERATION

MODE

CONTROLLER

""'/

EXTERNAL BUS

""'-/

INTERFACE

0 0

-35-

IC3/4/11 4-Mbit SDRAM

IC HM5241605TT-17 TSOP

Parts

No.:

315-0928-17

IC UPD4504161 GS-A 12 TSOP

Parts

No.:

315-1022-12

IC HM5241605TT-15 TSOP

Parts

No.

: 315-0928-15

• Top View &

1/05

VssO

1/06 1/07

1

CAS

AS

Vee

Layout

Vss

1/015 1/014

VssO

1/013 1/012

VeeO

1/011 1/010

1Vssa

1/09 1/08

VeeO

NC DQMU CLK CKE NC GND

A7 A6 A5

A4

Vss

•Pin

Pin Name

A0-A9

I/00-I/015

RAS CAS

WE

DQMU

DQML

CLK

CKE

YccO

YssO

Name

cs

Ycc

Yss

NC

Function

Address inputs

Row addresses

Column addresses

AO-A8

AO-A

7

Bank select address A9 Data inputs/outputs Chip select Row address strobe command

Column address strobe command Write enable

High-order byte input/output mask

Low-order byte input/output mask Clock input Clock enable

Power supply

Ground

of

l/0

Power supply

Ground

of

I/0

pins

Not connected

• Block Diagram

0:::

w

0

o8

0

(.)

a::

UJ

w

0

il:

::;

z

g_

::!!:

:IE

::>

<

-'

UJ

0

If)

(.)

z

UJ

If)

MEMORY ARRAY

BANKO

512 X

256 X HI

bit

AO

-A7

0:::

w

0

(.)

w

0

z

::!!:

::>

-'

0

(.)

AO

-A9

MEMORY ARRAY

BANK1

512

X 256 X 16 bit

CONTROL LOGIC &

TIMTING GENERATOR

-36-

ICS

SCU

{Custom

IC CUSTOM CHIP SCU QFP

Pans

No.:

315-5688

Gate

Array)

•Top

52

View

53

157

104

I

156

105

• Block Diagram

CPU

<••n••••••••·••••·ln.·••••••·••••••••••

1/F

INT

'---z:-----1~

f--

A-Bus

1/F

p->

DMA

-

TIMER

.__

:: -

1-_:-+---ilB

B-Bus

1/F

• Description

No.

I 2 3 4 5 6 7 8 9

10

11 12 13 14 15 16 17 18 19 20

21

22

1/0

-

1!0

1/0 1/0 1/0 I/0 I/0

1!0

-

I/0

-

I/0 I/0

1!0

1/0

0 0

0

-

0

-

0

Name

VSS AD4 ADS· AD6

AD7

AD8 AD9

ADIO

VDD

ADII

vss

AD12 AD13 AD14 ADIS

AAO AAl AA2

vss

AA3

VDD

AA4

GND A-bus data bit 4 A-bus data bit 5 A-bus data bit 6 A-bus data bit 7 A-bus data bit 8 A-bus data bit 9 A-bus data bit Power supply +5V A-bus data GND A-bus data bit 12 A-bus data bit 13 A-bus data bit 14 A-bus data bit 15 A-bus address bit A-bus address bit 1 A-bus address bit 2 GND A-bus address bit 3 Power A-bus address bit 4

10

bitll

supply +5V

DSP

Function

0

-37-

No.

23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38

39 40 41 42 43

44

45 46 47 48 49

so

51

'

52 53 54 55 56 I 57 58 59

60

61 62 63 64 65 66 67 68 69 70 71

72

73 74 75

76 77 78

79

80

81

82

83

84

1/0 BD8 I/0 1/0

1/0

I/0 1/0 I/0

1/0

0 0 0

0

-

0 0 0

-

0 0 0

-

0 AA15

Pin Name Function

AA5 AA6 AA7 A-bus address bit 7 AA8 VSS GND

AA9 AAIO A-bus address bit 10 AAll

VDD AA12 A-bus address bit 12 AA13 AA14 A-bus address bit 14

vss

A-bus address bit 5 A-bus address bit 6

A-bus address bit 8

A-bus address bit 9

A-bus address bit Power supply +5V

A-bus address bit

GND A-bus address bit

0 AA16 A-bus address bit

0 AA17

0

AA18

A-bus address bit 17 A-bus address bit

0 AA19 A-bus address bit 19

-

VDD Power supply +5V

0 AA20 A-bus address bit 20

-

0

vss

AA21

GND A-bus address bit

0 AA22 A-bus address bit 22 0 0

0 0

0

-

0 0

-

I

0 0 0

-

0 0

0 1/0 1/0 1/0

AA23 A-bus address bit 23 AA24 A-bus address bit 24 AFCO

AFCI A-bus function code bit 1

AAS

ACSO

VSS GND

ACSI ACS2

VDD Power supply +5V

AWAIT

All:«) TEST

ARD AWRU AWRL

VSS GND ATIMO A TIM I

ATIM2

BDO

BDl

BD2

A-bus function code bit 0

A-bus address strobe A-bus chip select 0

A-bus chip select 1 A-bus chip select 2

A-bus external wait A-bus external interrupt factor Test mode selection (normally, input A-bus read pulse A-bus byte A-bus byte 1

A-bus external access timing 0 A-bus external access timing 1 A-bus external access timing 2

B-bus address/data bit 0

B-bus address/data bit 1

B-bus address/data bit 2

0 (AD15-8) write pulse

(AD7-0)

- VDD Power supply +5V

1/0

BD3

B-bus address/data bit 3

- VSS GND

1/0 1/0 1/0 1/0

-

BD4

BD5 B-bus address/data bit 5

BD6

BD7

BD9

BDlO

VDD

BOll

vss

BD12 BD13 BD14

B-bus address/data bit 4

B-bus address/data bit 6 B-bus address/data bit 7 B-bus address/data bit 8 B-bus address/data bit 9 B-bus address/data bit 10 Power supply +5V B-bus address/data bit

GND

B-bus address/data bit 12 B-bus address/data bit 13 B-bus address/data bit 14

11

13

15 16

18

21

"H")

write pulse

11

-38-

No.

85 86

87 88 89 I 90 0 91 92 93 94 95 96 97 I 98 99

100 101 102 1/0 103

104 105 106 107 108 109 110

Ill

112 113 114 115 116 117 118 119 120 121

122 123

124

125 126 127 128 129 130 131 132 133 134 135 136 137 138 139 140 141 142 143 144 145 146

1/0

I

I/0

I

'

0

-

0

- VDD

0

1/0

-

I/0 1/0 1/0 1/0

-

1/0 1/0 1/0 1/0

-

1/0

1/0 CA12 1/0 CA13 1/0

-

I/0 I/0 I/0 I/0 I/0

-

l/0

-

1/0

l/0

1/0 1!0

l/0

1/0

-

1/0

-

1/0 1/0 I/0 1/0

-

1/0 1/0

Pin Name

BOIS I I I

I

I I

IROL

IRQV

IRQH

BRDY2

BCS2

BADDT

VSS

BDTEN

BCSS

BRDYS

IRQS

BCSI

BRDY1

IR1)1

CAD

CAl CA2

vss

VDD

CA3 CA4 CAS CA6 VSS GND CA7 CAS C-bus address bit 8 CA9 C-bus address bit 9

CAlO

VSS

CAll

VDD

CA14 C-bus address bit 14

vss

CA15 CA16 C-bus address bit CA17 C-bus address bit 17 CA18 C-bus address bit CA19 C-bus address bit

VDD +SV Power supply

CA20·

vss

CA21 C-bus address bit CA22 CA23 CA24

coo

CDl CD2 VSS CD3

VDD +SV Power supply

CD4 CDS CD6 CD7

vss

CDS CD9

B-bus address/data bit

Light pen interrupt

VDP2•V

VDP2•H

VDP2 data ready

VDP2

· B-bus address/data switching signal GND B-bus data enable +SV SCSP SCSP SCSP VDPI VDPI data ready VDPI interrupt C-bus address bit 0 C-bus address bit 1 C-bus address bit 2

GND

+SV

C-bus address bit 3 C-bus address bit 4 C-bus address bit 5 C-bus address bit 6

C-bus address bit 7

C-bus address bit GND

C-bus address bit +SV C-bus address bit 12 C-bus address bit

GND

C-bus address bit

C-bus address bit 20 GND

C-bus address bit 22 C-bus address bit 23 C-bus address bit 24 C-bus data bit 0 C-bus data bit 1 C-bus data bit 2 GND C-bus data bit 3

C-bus data bit 4 C-bus data bit 5 C-bus data bit 6 C-bus data bit 7 GND C-bus data bit 8 C-bus data bit 9

blank interrupt blank interrupt

chip select

Power supply

chip select data ready interrupt

chip select

Power supply

15

10

11

13

15 16

18 19

21

Functior:.

-39-

No.

147 148 149 ISO 151 152 153 154 155 !56 157 !58 !59 160 161 162 163

164

165

166

167

168 169 170 171 172 173 174 175 176 177 178 179 180 I 181 182

183 184 185 186 187 188 189

190

191 192 193 194 195 196 197 198 199 200 201

202 I

203 204 205 206 207 208

1/0

1!0

1/0

1!0

1/0 1/0 1/0

1!0 1!0

1/0 1/0 CD26 C-bus data bit 26

1!0

1/0

1!0

I/0 1/0

1/0 CRDWR

1!0

IJO

I/0 I/0

I/0 l/0 I/0 1!0

1/0

1/0 1/0

P.in"Name

COlO COil

C-bus data bit I 0 C-bus data bit

11

- VOO +5V Power supply

CDI2

-

1/0

1/0 1/0

-

I I

0

-

I

-

0 0 0

VSS GNO CDI3 CDI4 CDIS C-bus data bit C016 CDI7 C-bus data bit 17

vss

CDI8 CDI9

VOO C020 C02! C022

VSS GND CD23 C024 CD25 C-bus data bit 25

CD27 C-bus data bit 27

VOO +5V Power supply

CD28 C-bus data bit 28

VSS CD29 C-bus data bit 29 CD30

CD31 C-bus data bit CCSI

CCS2 CCS3

VSS

RESET CLK28 System clock

CRO VDO +5V Power supply

CDQMUU

CDQMUL CDQMLU C:DQMLL

VSS RAS

CAS

CWAIT

- VDO

I

0

0 0

CIVECF

CIRLO CIRLI CIRL2 CIRL3

C-bus data bit

C-bus data bit C-bus data bit

C-bus data bit

GND C-bus data bit C-bus data bit +5V Power supply C-bus data bit 20 C-bus data bit C-bus data bit 22

C-bus data bit 23 C-bus data bit 24

GNO

C-bus data bit 30

C-bus chip select 1 C-bus chip select 2 C-bus chip select 3 GND

Initial reset

C-bus read/write

C-bus read pulse

SDRAM SDRAM SDRAM SDRAM

GND

·-

SDRAMRAS SDRAMCAS C-bus external wait

+5V Power supply C-bus interrupt vector fetch sycle C-bus external interrupt factor 0 C-bus external interrupt factor 1 C-bus external interrupt factor 2 C-bus external interrupt factor 3

12

13 14 15 16

18 19

21

31

byte 0 (CD31-24) write pulse byte I byte 2 (CD! 5-8) write pulse byte 3

- VSS GND

0

I

0

-

CBREO CBACK

MIREQ

AA25

ADO AD! AD2 A-bus data bit 2 AD3

VDO

C-bus right request

C-bus right acknowiedge

System

manager interrupt A-bus address bit A-bus data bit 0 A-bus data bit I

A-bus data bit 3 +5V Power supply

(C023-I6)

(C07-0)

write pulse

25

Function

write pulse

-40-

IC6 DCC

IC CUSTOM CHIP DCC QFP

Parts No. : 315-5778

•Top

81

100

•Pin

No.

I

2 3

4 5 6

7

8

9

10

II

12

13

14 15 16 17 18

19 20 21 22 23 24

25 26 27 28 29

30

31 32 33

34

View

80

Name

1/0

I

0 0 0

-

0 0 0

I

0 0 0 0 0 0

-

0

0 0

0

-

51

50

I I

!

I

31

30

Name

I

TESTl TESTO

BEN

BDIR

VSS DAO DAI DA2 DA3 DA4 DAS DA6 DA7 DA8

vss

VDD

DRASO

DRASl

DRAS2 DRAS3 DUCAS DLCAS

DWE DOE

vss

VDD

I

I I

I

I I

Al A2 A3 A4 A5 A6 A7 AS

No.

35 36 37 38 39

40 41

42 43

44

45 46 47 48 49

50

51 52

53

54

55 56

57 58 59

60

61 62 63

64

65 66 67 68

1/0

I

-

I I I I

I

I I

I I I I

-

0

-

I

I I

-

I I I

0

-

I

Name No.

A9 AlO All Al2 A13 VSS

VDD

A14 Al5 Al6 A17 Al8 A19 A20 A2l A22 A23 A24

vss

IREQl IREQ2

VDD

IVECF

RD/WR

RD

vss

CS2 CSl

cso

WAIT

VDD

vss

69 70

71

72 0

73 74 75 76

77 I

78 79 80 81 82 83 84 85 86

87 88

89

90

91 92 93 94 95 96 97 98 99

100

WTIN

WEI

1/0

I

-

0

Name

I

WEO

vss

BACK

EXBACK

0

-

I

0 0

-

I

-

I

0 0 0

0

-

I

0 0 0 0 0

-

I I

BRLS

VSS

BGR

BREQ

EXBREQ

MFT1

SFTl VDD

CK

VSS

RESET

BS EWT IOCE

EXT

CEO EXTCEI EXTCE2

vss

VDD HINT VINT

DECON ROMCE

SMPCCE

SRAMCE

MOE MWR

vss

-41-

IC7

IPL

ROM

OS SATURN IPL-ROM PAL DIP

Parts

No.:

EPR-17933

No.:

Parts

MPR-17933

• Top View & Pin Layout

1

010

03

011

ICS

BACKUP

IC CXK58267 AM-1

Parts No. : 315-0948-10

RAM

OL

SOP

AS AS

A10

A11

A12 A13

A14 A15 A16

BY'i'E

GND D151A-1 07 014

06

013 05 012

D4

•Pin

IC UPD43257B-1

Name

A0-Al7

CE OE

GND

BYTE

DO-DIS

Vee

OLL

SOP IC M5M5255BFP-12LL SOP

Parts No. : 315-0930-10

Address inputs Chip enable Output enable Ground

Data inputs/outputs +SV power supply

Parts

No.:

315-0964-10

IC SRM20257LLM1 0 SOP

Parts No. : 315-0965-10

II

Block Diagram

A14

A13

A12

A11

AS AS A7 AS

AS

A

10

o+++.f':5l5:t==f

A4

A3

A2

A1

AO

CE1

o----or-....,

CE20•---t

IC UM62257M-70LL SOP

Parts

No.:

315-1002-70

MEMORY

MATRIX

512 X 512

I!OGATE COLUMN

DECODER

1101

1108

Vee

GND

II

Top View & Pin Layout

A14

1101 1102

1/03

GND

• Description

Name Function

AO-Al4 Address inputs

1!01-I/08

CEl,

CE2

WE Vee

GND

Data inputs/outputs Chip enable inputs Write enable input +5V power supply Ground

vee

WE A13 AS

AS A11 CE2

CE1 II

OS

1

1/07 1106 1105

-42-

IC9 SMPC

IC

CUSTOM

CHIP

Parts No.: 315-5744

SMPC

QFP

•Top

View

64

19

20

• Description

No.

1 R70 2 3 4

5

6 7

8

9

10

11

12

13 14 15 16 17 18 19

20 21 22 23 24 25 26 27 28 29

30

31 32

1/0

-

1!0

I

-

I!O

-

1!0

-

I cs I

I/0

l!O

Name

R71 R72 R73 R50 R51

R52

R53 TEST OSCl

OSC2

GND

X2 XI

RESET

vee

R/W

AI A2 A3 A4 AS

A6 DBO DBI DB2 DB3 DB4 DBS DB6 DB7

52

I

51

I

33

32

Function

Not connected.

Reset control

Jumper configuration input

Not connected

Clock 3

Ground

Clock 4

Master reset input Power Chip select input Read/write input

Address bus

Data bus

~GND

No.

33

34

35 36 37 38 39

40

41 42 43

44

45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63

64

1/0

I/0

I

l/0

-

1/0

-

Name

PIOOA Pl01A PI02A PI03A

PI04A

PI OSA

PI06A

PIOOB PIOlB PI02B PI03B PI04B PIOSB PI06B

EXL

INTO/D13

INT2!R01

DO

Dl

D2

D3 D4 DS D6 D7

D8

D9

DlO

R60

R61 R62 R63

Function

Control pad

Input Input Backup RAM reset control

Reset control

Not connected.

Reset control

Not connected.

-43-

IC10

VDP1

IC

CUSTOM CHIP

Parts

No.

VDP1

QFP

IC

CUSTOM CHIP

: 315-5689 Parts

No.

: 315-5883

VDP1

S QFP

•Top

View

126

127

I

I I

I

• Description

No.

I

2 3 4

5

6

7 8 9

10

11

12 13 14 15 16 17 18

19 20 21 22 23 24 25 26 27 28 29

30

31

32 33 34 35 36 37 38 39 40

1/0

-

0

-

0 0 0

-

0 0

-

0 0

I

-

0 0

0

-

0

-

0

-

0

85

84

43

42

Name

Ne VRAMA7 VRAMA8 Address bus (VRAM) VRAMA9

VSS

veLK VUDQM VLDQM

VSS

veASN VRASN

vee

VWEN

veSN

MeLK RESETN

vss esN

ADN

DTEN

IRON

READYN

VBUSO VBUSl VBUS2

vss VBUS3 VBUS4 VBUS5 VBUS6

'

VRUS7

vee VBUS8 VBUS9

VBUSlO VBUSll

vss VBUS12 VBUS13 VBUS14

Not connected.

Ground for 1/0 pin Clock (VRAM) Upper

byte input/output mask(VRAM) Lowerbyte input/output mask(VRAM) Ground for internal circuit Column address asserted (VRAM)

Row address asserted (VRAM)

Power supply Write enable (VRAM) Chip select (VRAM)

Master clock

Reset Ground for 1/0 pin Chip select

Address/data select

Data enable

Interrupt request

Ready

Address/data bus (Syscon)

Ground for

Address/data bus (Syscon)

Power

Address/data bus (Syscon)

Ground for internal circuit

Address/data bus (Syscon)

1!0

supply

Function

-44-

No.

4! 42 43

44

45 46 FOA2 47 48 49 50 0

51

52 53 54 55 FOA9 56 57 58 59 0 60 6! 62 0 63 64 65 66 67 68 69 70 -

71

72

73 74 75 76

77

78 79 80 81 82

83 84 85

86 87 88 89 90 91 92 93 94 95

96 97 98

99 100 101

102 0

103

104

110

I

0

!

0

-

I

0 0

I

0 FOA6

-

0

-

0

-

0

- vee Power supply

0

-

0

-

0

-

0

-

0

-

Name Function

VBUS15 Address/data bus (Syscon)

NC

NC FOAO FOAl Address bus (FBO)

VSS Ground for 1/0 pin

FOA3 FOA4 FOAS Frame buffer (FBO)

vee

FOA7 FOA8

FOCSN

vss

FOWEN

FOCLK FRRASN FOCASN

FOLDQM

FOUDQM

vss

FODO FODl FOD2 FOD3 FOD4

vss

FODS FOD6 FOD7 FOD8

FOD9 FODIO FODll FODI2

vss

FOD13 FOD14 Data bus (FBO) FOOlS

NC NC

FIDO

FlDl F1D2

vss

FlD3 FID4 FIDS FID6

vee

FID7 FID8 FlD9

FIDlO

vss

FIDll FID12 FID13 FlD14 FID15

Not connected. -

Address bus (FBO) Address bus

Address bus (FBO) Power supply

Address bus (FBO)

Chip select (FBO) Ground for internal circuit Write enable (FBO) Clock (FBO) Row address asserted (FBO) Column address asserted (FBO) Lower byte input/output mask Upper byte input? output mask Groun for 1/0 pin

Data bus (FBO)

Ground for internal circuit

Data bus (FBO)

Ground for

Not connected.

Data bus

Ground for

Data bus

Power supply

Data bus

Ground for internal circuit

Data bus (FB 1)

I/0

(FBI)

I/0

(FBI)

(FBO) (FBO)

-45-

No.

105 106 107 108 109 110 0

Ill 112 113 114 115 0 116 117 118 119 0

120

121 122

123 124 125 126 127 128 129 130 131 132 133 134

135

136 137 138 139 140 141 142 143 144 145 146 147 148 149

150 151 152 153

154 155 156 157 158 159 160

161 162 0 VRAMAI 163 164 165 166 167 168

1/0

- VSS

0 0

0

-

0

-

0

-

0 0 0

-

0

-

0 VOUTO 0 VOUTI 0 0 VOUT3

-

0 VOUT4 Display start address/video output data 0 VOUT5 0 0

-

0 0 0 VRAMD2 VRAM data bus

0 VRAMD3

0

-

0 VRAMD5

0 VRAMD6 0

0 0 0

-

0 0 0 0

-

0 0

0

0 0

- NC

N~me

FICLK

FICSN

FIWEN FIRASN FICASN

FlLDQM

vss Data bus (FB

FIUDQM

FIAO FlAl FIA2

vee

FIA3 FIA4 FlA5 FIA6

VSS Ground for FIA7 F1A8 FIA9

NC

HTIMN

VTIMN

V2CLK Video clock (1!2 MCLK)

vss

VOUT2

vee

VOUT6 Video output data VOUT7

vss

VRAMDO VRAMDI

VRAMD4

VSS Ground for 1!0 pin

VRAMD7 VRAMD8 VRAMD9

VRAMDlO

VSS Ground for internal circuit VRAMD11 VRAMD12 VRAMD13 VRAMD14

vee

VRAMDI5

VRAMAO

VRAMA2 VRAMA3 VRAM address bus VRAMA4 VRAMA5 VRAMA6

Ground for Clock (FBI) Chip select (FBI)

Write enable (FBI) Row address asserted

Column address asserted

Lower byte input/output mask (FB

Address bus (FBI)

Power supply

Address bus (FBI)

Address bus (FB 1)

Address bus (BF1)

Not connected.

Horizontal sync timing Vertical sync timing

Ground for 1/0 pin

Display start address/video data

Power supply

Ground for internal circuit

VRAM data bus

Power suppiy VRAM data bus

Not connected.

1/0

l)

I/0

(FBI)

Function

1)

-46-

IC12/13/15/16

IC

UPD4502161G5-A12 TSOP NEC

Parts

No.:

315-0910-12

IC HM5221605TT-17 TSOP HITACHI

Parts

No.:

315-1017-17

IC LC382161T-17 TSOP SANYO

Parts

No.

:315-1012-17

• Top View & Pin Layout

Vee

7

004 005 0010

1Vss

CAS

1

AS

A3

Vee

1

Vss 0015

0014 Vss

0013 0012

Vee 0011

009 008

Vee NC

OOMU CLK CKE NC GNO GNO A7 A6 AS A4

Vss

•Pin

Name

A0-A9

DQO-DQ5 Data inputs/outputs

CLK CKE

cs

RAS CAS

WE

DQML,DQMU

Vee

Vss.GND

NC

Address inputs

System clock input

Clock enable

Chip select

Row address strobe command Col/ W ritre enable DQ mask enable Supply voltage Ground

No

connection

address strobe command

• Description

No.

l'

7, 13, 25, 38, 44,

50 4,

10,26,41,47,50

2, 3, 5, 6, 8, 12, 39, 45,46,48,49

15, 16,

9,

40, 42, 43,

14,36

17

18

19

11'

1/0

-

Pin Name

vee

-

l/0

I

I cs

I A9

DQ1-DQ16

DQML,DQMU

WECASRAS

vss

Function

Power supply

Ground pins.

l/0

pins are the same as conventional DRAM.

DQMU controls upper byte and DQML controls lower byte input/output buffers. conventional impedance. If DQMU, DQML is low, output buffers become low imedance.

DQMU, DQML is low, output buffers become low impedance.

If And when device in write mode, DQMU, DQML DQML

WE

CAS RAS have the same names with conventional DRAM. But these pins have different definitions with conventional ones. All command cycle definition. For detail information see command table.

CS low start the command input cycle. When CS

referenced. But even if CS

are not changed. A9 is bank select signal (BS). In command cycle, A9=low select bank A and

A9=high select bank

of

internal circuits.

In

read mode, DQMU, DQML control output buffer impedance like

OE.

If

is

low input data

DQMU, DQML

high input data

is

written to memory cell.

is

B.

is

high, output buffers become high

DQMU, DQML control word mask.

is

not written to memory cell. If DQMU,

of

these pins only define

is

high, all input are not

high, internal operations i.e. bank active

If

or

burst

-47-

No. 1/0

20,21-24,27-30

31,32 33,37

34

35

IC14 VDP2

IC

CUSTOM CHIP VDP2

Parts No. : 315-5690

Name

I

AO-A8

- GND

- NC

I

QFP

CKE

CLK

YAMAHA

Function

Row address (AX0-AX6, AX8) active command cycle Column address command cycle CLK rising edge. And this column address become access start address. A8 define precharge mode command cycle, both banks are prechareged. But A8=low in when A8=high one bank that write command cycle, the precharge cycle start automatically after the last data in

bun;t accessing.

Ground Not connected.

CKE

detennine next

is

valid. But if internal clock And when

J.l

PD4502161 enter power down mode. During power down mode

keep low level.

CLK

is

CLK rising edge.

IC

CUSTOM CHIP VDP2 QFP

Parts

No. : 315-5690-02

is

J.l

PD4502161 does not

the master clock input pin. The other inputs signals are referenced at

CLK

(A

YO-A

selected A9 (BS)

CLK

CKE

is

low, next CLK

not asserted and

is

detennined by A0-A8 level at the bank

rising edge. (AX7

Y7) is detennined by

is

precharged. And when A8=high in read

is valid

or

not. If

CKE

is

invalid.

J.l

PD4504161 becomes halt operation.

in

bun;t mode and

HH

IC

CUSTOM

Parts

No. : 315-5890

is

don't

care.)

AO-A

7 level at read

in

precharge command cycle, only

is

high next CLK rising edge

If

CLK rising edge

CKE

CP

VDP2 S

is

negated,

QFP

or

CKE

write

bun;t

is

invalid,

must

YAMAHA

or

•Top

121

160

View

120

81

40

• Block Diagram scu

80

I I

Bus control

Scroll picture block

Normal picture

t--<r-

Rotation

picture

41

I

coordinate coordinate calculation calculation

VDP2

"

~

;1-

-A

'-.r-11

HN counter & timing generator r

Video process

data

Color offset

& shadow

r----

Output

control

1--

r--

f-

i

Pattern

name

control

Character

control control

VRAM

control

fo-<

I-<

f.-

r-1

Window

control

Line

Dot

control

picture

data

-

Color

computing

control

Priority control

1--

f---.-

Color

control

Sprite

control

RAM

I

VRAM

-48-

Expanded

picture circuit

VDP1

No.

1 2 3 4 5 6 7 8 9

10

11 12

13 14 15 16 17 18 19 20 21 22 23 24 25 26

27 28 29

30

31 32 33 34 35 36 37 38 39 40 41 42

43

44

45 46 47 48 49 50 51 52 53 54

55

56 57 58 59 60 61 62 63

1/0

0 RBCS

I

0 0 0

-

0 0 0

I

0

-

I

1/0 1!0 1!0 I/0

I/0

1!0

1/0 I/0

1!0

1!0 1/0 1!0

1!0 1!0

1!0

110

l/0

110 110 110

1/0 1/0 1/0 1/0 1/0

I/0

I

0 0 0 0

-

0

0 0 0

-

I

0

I

-

0 0

I

-

"Pin

Name

VRAM-B chip select

RBRAS RBCAS

RBWE

vss

RBLDM

RBUDM

RBAO RBA1

VDD RBA2 RBA3 RBA4 RBA5

VSS GND RBA6 RBA7 RBA8 RBA9

VDO

VOl

VD2 SYSCON interface data bit 2

VD3 SYSCON interface data bit 3

vss

VD4 SYSCON interface data bit 4

VD5

VD6

VD7 SYSCON interface data bit 7

VDD

VD8

VD9 SYSCON interface data bit 9 VDlO VDll VD12 VDl3

vss

VD14 VD15 SYSCON interface data bit

AD

DTEN

READY

cs

VDD VINT · HINT

EXLAT EXSYN

EXBGO EXBG1 EXBG2 EXBG3

VSS GND EXBG4 EXBG5 EXBG6 EXBG7 EXBG8 EXBG9

EXBG10 EXBGII EXBGI2 EXBG13 EXBG14

VRAM-B row address strobe VRAM-B column address strobe VRAM-B write enable GND

DQ

VRAM-B VRAM-B VRAM-B address bit 0

VRAM-B address bit 1

+5V power supply VRAM-B address bit 2

VRAM-B address bit 3 VRAM-B address bit 4 VRAM-B address bit 5

VRAM-B address bit 6 VRAM-B address bit 7 VRAM-B address bit 8 VRAM-B address bit 9 SYSCON interface data bit 0 SYSCON interface data bit 1

GND

SYSCON interface data bit 5 SYSCON interface data bit 6

+5V power supply SYSCON interface data bit 8

SYSCON interface data bit 10 SYSCON interface data bit SYSCON interface data bit 12 SYSCON interface data bit 13 GND

SYSCON interface data bit 14

SYSCON interface address/data selection

SYSCON interface data enable

SYSCON interface data ready SYSCON interface chip select

+5V power supply

SYSCON

SYSCON interface horizontal interrupt

External latch strobe input

External sync signal input

External input data bit 0 I Test input/output (in test mode)

External input data bit 1

External input data bit 2

External input data bit 3

External input data bit 4

External input data bit

External input data bit 6

External input data bit 7

External input data bit 8

External input data bit 9

External input data bit 10 I Test input/output (in test mode)

External input data bit

External input data bit 14

low-order mask enable

DQ

high-order mask enable

interface vertical interrupt

Function

11

15

I Test input/output (in test mode)

I Test input/output (in test mode) I Test input/output (in test mode)

I Test input/output (in test mode)

5 I Test input/output (in test mode)

I Test input/output (in test mode)

11/

Test input/output (in test mode)

12/

Test input/output (in test mode)

13/

Test input/output (in test mode)

I Test input/output (in test mode)

r

-49-

No.

64 65 66 67 68 69 70 71 72

73 74 I 75 76

77

78 79 80 81 82 83 84 85

86 87 88 89 90 91 92 93 94 95 96 97 98 99

100

101 102 103 104 105 106 107 108

109 0 RAA6

110 0 RAA7 I

II 112 Il3 114 115 116 ll7 118 119 120 0 RAUDM I2I 122 123 124 125 126

1/0

1!0

1/0 1/0

- YSS GND

1/0

I

I/0 1/0 1/0 I/0 I/0

-

I

0

I I NTSC NTSC/PAL selection

-

0 0 G

0

-

0 0 0

-

0 0

0 1/0 1/0 1/0 FBD2 YDP1 interface data bit 2 1/0 FBD3

-

I/0 1/0 FBD5 YDPl interface data bit 5 1/0 FBD6 I/0

0

-

0

-

0 RAA8

0

-

0

0 RALDM

I/0 1/0 1/0 1/0

-

I/0

Name

EXBGI5 EXBGI6 EXBG17

EXBG18 EXBG19 External input data bit

EXBG20

EXBG21 External input data bit

EXBG22 External input data bit 22 I Test input/output (in test mode) EXBG23

EXON

YDD

CLK

EXSL

RESET

YSS GND

AYSS

R

B

AYDD +5Y power supply

CSYNC YSYNC HSYNC

YDD +5Y power supply

DCLK

HTIM YTIM FBDO

FBDI

YSS

FBD4 YDPI interface data bit 4

FBD7 YDPI interface data bit 7 RAAO RAAl RAA2 RAA3

vss

RAA4 RAA5

VDD +5V power supply

RAA9 RACS

RARAS

vss

RACAS

RAWE

RADO RADI

RAD2

RAD3

vss

RAD4

Function

I5

External input data bit External input data bit External input data bit

External input data bit

External input data bit 20 I Test input/output (in test mode)

External input data bit 23 External input data display timing +5Y power supply Main clock input External video select signal Initial reset input

GND

of

linear RGB Linear R output Linear G output Linear B output

Composite sync signal output Vertical sync signal output Horizontal sync signal output

Dot clock output YDP1 interface H timing YDP1 interface Y timing YDP1 interface data bit 0 YDPI interface data bit I

YDPl

interface data bit 3

GND

YDPl

interface data bit 6

VRAMYRAMVRAMVRAMGND

·-

VRAMVRAM-A VRAMVRAM-

VRAM-

YRAMVRAM=A chip select VRAMGND

VRAM-

GND

VRAM-

A address bit 0 A address bit I A address bit 2 A address bit 3

A address bit 4

address bit 5 A address bit 6 A address bit 7

A address bit 8 A address bit 9

A row address strobe

A column address strobe A write enabie A

DQ

low-

A

DQ

highA data bit 0 A data bit 1 A data bit 2 A data bit 3

A data bit 4

I Test input/output (in test mode)

I6/

Test input/output (in test mode)

17

I Test input/output (in test mode)

18/

Test input/output (in test mode)

19/

Test input/output (in test mode)

21

I Test input/output (in test mode) I Test input/output (in test mode)

of

linear RGB

order mask enable

·-

-50-

No.

127 128 129 130 131 132 133 134 135 136 137 138 139 140 141 142 143 144 145 146 !47 148

149

150

151 152 153 154 155 156 157 !58 159 160

1/0

I

1/0 i

I

1/0

110

i

I

1/0

i

1/0

I

j 1/0

1/0

!

I

1/0

I

1/0

l

1/0 1/0

I

l

I

-

I

!

I

-

I

i

0

I

1!0 110

I

1/0

I

1!0

-

J

I

1/0 1/0 1/0

i

1/0

-

1/0 1!0 1/0 I/0

-

1!0 1/0 1/0 RBD14 1/0

I

Pin Name

RAD5

RAD6

RAD7

VDD RAD8 RAD9

RADIO

RADII

VSS GND

RADI2 RAD13 RAD14 RADI5

RCLK

TEST RBDO RBD1 RBD2 RBD3

vss

RBD4 RBD5 RBD6

RBD7

VDD

RBD8

RBD9

RBDIO RBDI1

vss

RBDI2 RBDI3

RBDIS

Function

YRAM - A data bit 5 YRAM - A data bit 6 YRAM - A data bit 7 +5Y power supply VRAM - A data bit 8 YRAM - A data bit 9

~

I YRAM - A data bit 10

VRAM - A data bit

VRAM - A data bit VRAM - A data bit 13 YRAM - A data bit 14 YRAMYRAM -

Test mode selection (normally, connected to VDD)

VRAM - B data bit 0 YRAM - B data bit 1 YRAM - B data bit 2

YRAM - B data bit 3 GND VRAM - B data bit 4 VRAM - B data bit 5 VRAM - B data bit 6 YRAM - B data bit 7 +5V power supply YRAM - B data bit 8 VRAM - B data bit 9 YRAM - B data bit 10 YRAM - B data bit GND VRAMYRAM - B data bit 13 YRAM - B data bit VRAM-

A data bit

AlB clock

B data bit 12

B data bit

11

12

15

11

14 15

-51-

IC17 SCSP

IC CUSTOM CHIP SCSP QFP YAMAHA

Parts No. : 315-5687

•Top

View

96

97

• Description

No.

1 2 3 4

5

6

7 8

9

10

11

12

13

14 15 16

17

18

19 20 21 22 23 24 25 26 27 28 29

30

31

32 33

34

35 36 37 38

39

40

41

42

1/0

I/0

-

1!0

0 0

-

I

-

I

-

I

I I

I

-

0 0 0 0

0 0

-

0

-

0

1!0

65

64

33

32

Pin Name

MCD6

MCD5

MCD4

MCD3

vss

MCD2 MCDI MCDO

MCRDYN

MCINTN

VDD

RESETN

vss

MACK

INT2N INTlN INION

VDD

ESD

EBCK

ELRCK

MIDIINP

VSS

MIDI

OUT

MRASN MWEUN MWELN

MCASON

MCASIN

MOEN

VDD

MAO

MAl MA2

MA3

MA4 MAS

vss

MA6 MA7

MAS

MDO

MCPU data bus

GND

MCPU data bus

Ready signal to Interrupt request to MCPU

supply (Sv)

Power SCSP reset input GND

SCSP master clock: 512fs (22.58MHz)

SCSP external interrupt request input

Power supply (Sv)

Digital audio interface serial data input

Digital audio interface BCK

Digital audio interface LRCK

MIDI input

·.

GND

MIDI output

RAS signal

Write signal corresponding to MD[IS-8]

Write signal corresponding to

CAS signal

Sound memory data output enable

Power supply (Sv)

Sound memory address

GND

Sound memory address

Sound memory data

MCPU

Function

MD[7-0]

-52-

..

No. 1/0

43

44

45 46 47 48 49 50 51 52 53 54 MDIO 55 56 MD12 57 58 MD14 59 60

61 62 63 64 65 66 67 68 69 70 71

72

73 74 75

76

77

78 79 80 81 82 83 84 85 86 87 88 89

1!0

-

1/0

-

1/0

-

l/0

0 DSD

0 DBCK

0 DLRCK 0

I

-

I

-

I

90 -

91 92 93 94 95 96 97 98 99

100

101 102 103 104 105

I

-

0 0

0

1/0

Name

MDI MD2

YDD

MD3 MD4 MD5 MD6 MD7 MD8

vss

MD9

MDII

MD13

YDD

MD15

DSCK

SCA23

SCA22

SCA21 SCA20 SCA19

YSS GND

SCA18

SCA17 SCA16 SCA15 SCA14 SCA13 SCA12 SCAli SCAlD

YDD Power supply (5Y) SCA9 SCAB

SCA7 SCA6 SCA5

SCA4, SCA3

SCA2 SCAI

vss

SCFCO SCFCI SCFC2

SCWTN SCLDSN SCUDSN

SCASN TESTN

YDD

SCDTAKN SCAYECN

SCIPLON SCIPLlN SCIPL2N

SCDO

Sound memo!)' data

Power supply (5Y)

Sound memo!)' data

GND

Sound memo!)' data

Power supply (5Y) Sound memo!)' data DAC

interface serial data output

DAC

interface BCK

DAC

interface LRCK interface system clock [256fs clock]

DAC

SCPU

address bus

SCPU

address bus

SCPU

address bus

GND

SCPU

status input

write

SCPU

[7

SCPU SCD SCPU SCD SCPU LSI test signal (Not connected) Power supply (5Y) SCPU SCPU

SCPU interrupt level specification

SCPU

-0] strobe

[15-8] strobe

address strobe

data acknowledge auto vector interrupu specification

data bus

Functior,.

r

-53-

Pin"

No.

106 107 108 109

110

Ill 1!2 1!3 1!4 !IS 116 SCD9 117 118 119 120 121 122

123

124

125 I 126 I MCCK 127 128

1/0

1!0

-

I/0

-

l/0

-

1/0

-

I/0

I

Name

SCDI

vss

SCD2 SCD3 SCD4 SCDS SCD6 SCD7 SCD8

VDD

SCDIO

SCDll

vss

SCD12 SCD13 SCD!4 SCDIS

vss

MCCSN

VDD Power supply (SV)

MCD7

SCPU data bus GND

SCPU data bus

Power supply (SV)

SCPU data bus

GND

SCPU data bus

GND Select signal from 28 MHz clock from

MCPU data bus

Function

r

MCPU

• SCSP Chip Block Diagram

l SCPUI (SOUND CPU)

I MCPUI (MAIN CPU}

I DMA

:MIDI

l EXT(AUDIO INPUT)

[EG

(ENVELOPE

I

GENERAT~~

l -lEG ALFOL PCM DATA I

MULTI (MULTIPLIER)

r-: .. :-.. : ..

::

..

:-------

: EXTS :

.....

l

..

,

I

_t_1o

I

~

• .

: SEL :

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

I DIRECT EFFECT

OMIX (OUTPUT MIXER)

·····.:.r;···

I

LFO

(LOW FREQ OSCILLATOR) I

ALFO PLFO

I

7f

IPLFO

PG(PITCH GENERATOR)

I

ADP (ADDRESS POINTER)

I

7

I

"DSP"

I MEMCT

(MEMORY CONTROLLER)

6

liNTER

(INTEPOLA TOR}

~

;:

..

~-~

.-:

: MIXS : :

·····T····

......

: sous

2o·············

..

:,-

-;

..

:i:::-.:;-1

MEMS:

..... T .....

I

! .... ,

+16

t2o

,

J

L~~;~~.J

.. J ...

,

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

16

I

t

DAC

-54-

I

16

-

~

DRAM

IC18 SOUND CPU (68000)

IC MC68ECOOOFN12 PLCC MOTOROLA

Parts

No.:

315-0941

•Top

View

9

26

27

• Description

I

No.

1/0

-

I

2 D4

I

3 4

l/0

5 6

..,

I

8

0

9

10

II

12

0

13 I4

-

IS 16 17

-

18 19 20

1/0

21

l/0

22

- NC

23

24 25 26 27 28 29 30 31 32 33 34

I

0

Name

I

DTACK

I

I CLK Clock

MODE

I

HALT

RESET

I

AVEC

I

BERR

GND

D3 D2 Dl DO AS

UDS

LDS

RIW

BG

BR

vee

GND

IPL2 IPLI IPLO

FC2 FCI FCO

AO AI

A2

A3

61

• Signal Description

60

PROCESSOR{

44

43

Function

Data bus

Address strobe Upper data strobe Lower data strobe Read/write Data transfer acknowledge 45 Bus grant Bus request 47

Power

Ground 8 bit/16 bit select

Halt Reset Not connected

Bus error

Interrupt control

Processor status

Address bus

STATUS

SYSTEM{

CONTROL

No.

35 36 37 38 39 40

r--;n

42 43

44

46 A14

48 49 50 51 52 A20 53 54

55

56 57 58 59 D14

60

61 62 63

64 D9

65 D8 66 67 D6 68 D5

vee

GND

CLK

FCO FC1 FC2

BERR

RESET

HALT

MC68ECOOO

1/0

-

0

-

Name

GND

A4 AS A6

A7

A8

A9 AlO All Al2 Al3

Al5 Al6 A17 Al8 Al9

vee

A21

0 A22

A23

-

GND

DIS

Dl3 D12 Dll

I/0

DIO

D7

ADDRES!iBU

DATA BUS

)A2

01

AS Rfii

uos

Ios

DTACK

BR BG

}

IPLO

iPTI

IPL2 AVEC

Ground

Address bus

Power

Address bus

Ground

Data bus

s

3-Al

5-00

ASYNCHRONOUS

>

BUS CONTROL

BUS ARBITRATION CONTROL

INTERRUPT

>

CONTROL

J

Function

-55-

IC19

Sound

IC

HM514270AJ-8

Parts

No.

: 315-0777-80

IC

MN414270SJ-08

Parts

No.

: 315-0822-80

DRAM

SOJ

HITACHI

PANASONIC

• Top View & Pin Layout

Vss

1/015 1/014 1/013 11012

Vss

1/0ll

11010

IIOg

1

110

8

NC NC

CAS

H~L

oe

As

A7

As As

A4

Note: H=High(inactive), L=Low(active), D=Don't care.

IC

UPD424270LE-70

Parts No.: 315-0739-70

Input

State

RAS

CAS

H H

H D

L H L L H L

L L L L L L

H D

L D

H~L

L

H--+L

L

H-+L

L

H~L

L

UWE

L2) L2)

H~L

H L2) L2)

H-+L

SOJ

NEC

Output

LWE

State

D Open H H

L2)

Valid Valid Open

L 2) Underlined

H--+L

D

Valid

Open D Open H

L2) L2)

H-+L

Valid

Open

Underlined

Valid

IC

HM514270Aj-7

Parts

No.:

315-0777-70

Operation

SOJ

HITACHI

Mode

Standby Standby Read cycle Early write cycle Delayed write cycle Read modified write cycle

onlY_

refresh

!RAS

9:_cle

refresh

9:_cle

RAS

CAS before

High-speed page mode read cycle High-speed page mode early write cycle

High-speed page mode delayed write cycle

High-speed page mode read modified write cycle

IC20

II

6

PLL

IC

CUSTOM CHIP PLL

Parts

No.:

315-5746

Top View

28

7

HQFP

20

15

§ §

14

~--~4~--------------------~3~--~~~

OSIN1

NPSEL 1

DO~EL

SYSRES 3

}------1----'

2r----------+~====~------------~~r-~

DVOD

~

OSIN2

OSOUT2

EXTCLK

oscsw

1}----f---'

7)-----4-----'

-56-

• Description

No.

1 2 3 4 5 6

7

8 9

10 11 12 13 14 15 16 17 18 19 20 21 22 I VCOIN1 23 24 25

26

27

28

1/0

I

0

I

-

0

I

-e;-,_

I

-

0

I

0

- AVDD2

1/0

-

0

I

-

0 POOUTl

I

0

I

-

0 FSC

I

Name

NPSEL OOTSEL SYSRES

TEST

SCPCLK

EXTCLK

oscsw

DGND

OSOUT2

OSIN2

OSVDD2 POOUT2

VCOIN2

AC2

AP02

SNDCLK

OOTCLK

AVDDI

APOl

ACl

OSVDDl

OS!Nl

OSOUTl

DVDD

Fun-ction

NTSC (SV)IPAL 320PIX (OV)I352PIX (5V) mode switching control Reset

(OV Test pin Clock signal output External clock input I CMOS I with pull-down resistor incorporated

Czystal oscillation/external clock signal input switching control (5V: Crystal oscillation,

Ground of digital circuits Czystal oscillator output (OSC2) I Oscillation output 0 Czystal

oscillator input (OSC2) I Oscillation input I

of

VDD Phase detector (PD2) output VC02 Phase compensator pin I Analog VC02 Analog VDD Clock signal output Clock signal output Analog VDD VCOl Phase VC01 Phase detector (PD 1) output VDD Czystal oscillator input Czystal oscillator output

VDD

czystal oscillator

input I Analog I amp output I Analog 0

amp output I Analog 0

compensator pin I Analog

input I Analog

of

crystal oscillator

of

digital circuits

(OV)

mode switching control

reset)

OV:

External clock signal) I CMOS I with pull-up resistor incorporated

(0SC2)

of

VC02

ofVCOI

(0SC1)

(OSCl)

I Oscillation input I

(0SC1)

I Oscillation output 0

I Clock output signal

IC21

IC CXA 1645M SOP SONY

Parts

No.:

315-5314

• Block Diagram

GND2 ROUT

GOUT

CVOUT VCC2

FO

YTRAP

YOUT COUT VREF I

REF

GND1

RIN

GIN

BIN

NC

-57-

SCIN

NPIN

BFOUT YCLPC SYNCIN

NC

VCC1

• Description

No.

1

2 3 4 5 6 7 I 8 9

10

I I 12 13 I4 I5 16

I7

18 19

20 21 22 23

24

1/0

-

I

-

I

0

-

I

-

0 0

-

0

-

Pin Name

GNDl

RIN GIN BIN

NC SCIN NPIN

BFOUT YCLPC

SYNC

IN

NC

YCCI

!REF

VREF COUT YOUT

YTRAP

FO

YCC2

CYOUT

BOUT GOUT ROUT GND2

Function

Ground

of

circuits.

Analog RGB signal inputs. (max.).

Not connected.

Subcarrier input NTSCIPAL mode switching pin BF Time constant which determines the Composite sync signal input. Receives Not connected. Power supply Pin to determine the internal reference current leveL Internal reference voltage pin. Chroma signal output. Can drive a 75 Y (luma) signal output. Can drive a 75 Q load.

Reduces cross-color caused by subcarrier frequency components contained in the

Adjusts fo pin and ground depending on the

Power supply Composite video signal output. This can drive a 75

Analog RGB signal outputs. These can drive a 75

Ground

circuits other than RGB, composite video and Y

The

signals should be input with 100%=1 Yp-p

pulse monitoring output

Y signal clamp

it

at the

of

circuit other than RGB, composite video and Y /C output

Q load.

Y signaL

of

the internal filter. Connect the following resistor between this

of

RGB, composite video and Y/C output circuits.

ofRGB,

composite video and Y/C output circuits.

NTSC

or

PAL

TTL

mode.

Q load.

is

connected.

leveL

Q load.

/C

output

IC22

DAC

IC TDA1386T SOP PHILIPS

Parts

No.:

313-5313

II

Top View

VDOO

Vss--.

TEST

11

SYSCLK APP3

Vsso

Vm

1 VCR

FILTCR FILTCL

1

VOL APPo APP1

1

APP2

1

APPL

• Description

No.

1 2 3 I

4 I

5

6 I

7 8 I 9

10

11

12 -

13

14

15

16

17

tQ

.u

19

20 21

22 23

24

1/0

-

I

-

1

I

I I

A

v

-

0

-

Pin Name

VDDA

VSSA

TEST!

BCK

WS

DATA Data CKSLl CKSL2 Format selection 2.

YSSD Digital ground

VDDD Digital supply voltage. TEST2

SYSCLK

APP3

APPL

APP2 APPl APPO

VOL

FILTCL

FILTCR

YOR

VREF

vsso

VDDO

sul'_ply

Analog Analog ground Test input Bit clock input. Word select input.

input

Format selection

Test input 2 ; pin should be connected to ground. System clock Application mode 3 input. Application mode selection input. Application mode 2 input. Application mode 1 input. Application mode 0 input.

Left channel output.

Capacitor for left channel first-order filter function, should

connected between pins 19 and 18.

Capacitor for right channel first-order filter function, should be

connected between Pins Right channel output.

Internal reference voltage for output channels (O.SV Operational amplifier ground.

Operational amplifier supply voltage.

voltage

1;

pin should be connected to ground.

256

Function

1.

fs

be

20

and 21.

ooo

typ. ).

-58-

• Block Diagram

DATA---t-"------1 SERIAL

WS

BCK 4 INPUT

TEST1 TEST2

6

5

3

11

DATA

4fs DIGITAL UP-SAMPLE FILTER AND FEATURES

CKSL1

CKSL2

13

9

SYSCLK

APPL APPO

APP1

APP2 APP3

Vooo

Vsso

FILTCL 19

1

nF

10

IJ.

F'l

VssA

RCONV1

VOL

J

.____231~1---11-21---

Vsso

Vooo

FILTCR

20

RCONV2

-59-

IC23/24

IC 74VHC04 SOP 300MIL

74VHC04

Parts No. : 314-0632

II

Top View & Pin Layout

IC25

IC S-80741AL-AS CHIP

Parts No. : 313-5322

II

Top View

1Y

2

2Y

4

3Y

6

4Y

8

SY 10

6Y

12

r----------------------------------,

Top View

2 3

IC26/27/29/30 74LS245

IC 74LS245 SOP 300MIL

Parts No. : 314-0563

II

Top View & Pin Layout

1

OUT

2 VDD

3 vss

__________________________________

II

Function Table

Enable

G

L L L

H

H : High level L:

Low level

X:

"H"

or "L"Ievel

!Direction

Control

DIR

H

X

Operation

B data to A bus A data to B bus

Isolation

OUT

I

J

-60-

IC28

OCTAL

IC 74ACT245 SOP 300MIL

BUS

Parts No. : 314-0649

TRANSCEIVER

BTopView

IC31/32 DRAM

IC HM514260AJ-7 SOJ

Parts

No.:

315-0947-70

B Logical Operation Circuit

IC UPD424260LE-70-E2 SOJ NEC

Parts

No.

: 315-0985-70

B Truth Value Table

INPUT

G

IDIR

LlL L I H

H lx

X:

Don't

Z:

High impedance

IC TC514260BJ-70 SOJ TOSHIBA

Parts

FUNCTION

ABUS

OUTPUT

INPUT OUTPUT

care

No.:

I

High impedance

315-0986-70

BBUS INPUT A=B

OUTPUT

STATE

B=A

z

IC KM416C256BJ-7 SOJ SUMSUNG

Parts

No.:

315-0983-70

BTop

View

vee

1/015 1/014

1/013

1/012

Vss

1/011 1/010

1/09

1 1/0s

NC LCAS

UCAS

OE'

AS A7 AB A5

A3

A4

IC M8814260-70PJ-G SOJ FUJITSU

Parts

No.

: 315-0984-70

IC HY514260BJC-70 SOJ HYUNDAI

Parts

No.:

315-1030-70

-61-

iC33

IC 74HC157 SOP

Parts No. : 314-0634

II

Top View

IC34

IC

UPC78L05T CHIP

Parts No. : 313-5323

Y1

4 7

IC

TA78L05F CHIP

Y2

Parts No. : 313-5323-01

Y3

9

Y4

12

escnptron

liD

Name

No.

I

SEL

Common data select input 2 AI Data inputs from source 3

81 Data inputs from source 1

4

Yl

Multiplexer outputs 5 A2 Data inputs from source 6

82

Data inputs from source I

7

Y2

Multiplexer outputs

8

GND Ground (OV)

9 Y3

10

11

12

13 14 A4 15 16

Multiplexer outputs

83

Data inputs from source 1

A3

Data inputs from source

Y4

Multiplexer outputs

84

Data inputs from source I Data inputs from source Enable input (active

G

Positive supply voltage

Vee

Function

0

LOW)

II

Top View

1.

OUTPUT

2. COMMON (SHIELD

3.1NPUT

PLATE)

IC35

IC S-80723AN-DL CHIP

Parts No. : 313-5328

•Top

View

r---------------------~

I

0 0 0

2 3

1. OUT

2.VDD

3. vss

I

I I

I

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

-62-

SH1

BOARD

IC CUSTOM CHIP

Parts

No.:

315-5785

IC1

01

SHi

SHJ CPU

"

QFP

IC CUSTOM CHIP

Parts

No.

: 3l5-5785A

SH1

A QFP

•Top

View

• Description

No.

I

i

2 3

I

4

s

6

I

7 8 9

10

11

12 13 14 15 16 17 18 19

20

21. 22

23 24 2S 26 27 28 29 30 31 32 33 34

3S

36 37 38 39 40 41 42 43 44 45 46 47 48 49

28

1/0

I/0

-

I/0

-

1/0

-

0

-

0

-

0

-

0

0 0

.

112

29

85

56

Pin Name

IROL

IRQH

VSS Ground ADO

ADI ADZ AD3 AD4 ADS AD6 AD7

VSS Ground ADS AD9

vee

AD10 AD11 AD12 AD13 AD14 ADIS

VSS Ground

AO A1 A2 A3 A4 AS A6 A7

VSS Ground

A8

A9 AIO All A12

Al3 AI4

AIS

vss

AI6 Al7

vee

AI8 Al9 A20 A21

NC

CASH

Address output +5V

Address output

DRAM CASH output

Function

Host command intenupt input (level detection) CD-ROM sync detection, subcode sync detection intenupt input (level detection)

Data input/output

Data input/output +SV

Data input/output

Address output

Ground

Not connected.

-63-

r-

No.

50 51 52 53 54 55

56 57 58

59

60

61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92

93 I VCD

94

95

96

97

98

99

100 I

101

102 103 - NC

104 105 106 107 108 109 I 110 Ill ll2

1/0

0 0

l

0

l/0

-

0 0 0 0

- VSS

0 0

I

0 0

I

0

I

-

0

-

I EXTAL

I XTAL

-

I NMI +SV

-

I

-

I

-

I

{"\

'-'

-

I CDATA

0

Pin Name Function

CS2

CASL

vss

TIOCAO

RAS

CS6

NC

WRL WRH

RD

RESET

NC

IRQOUT

TIOCAI

NC DACKO DREOO

DACKI

DROOl

vee

CK

VSS Ground

vee vss

NC

RESET

MOO MDI MCU operation mode setting pins. The built-in MD2

vee vee vee

VREF +5V (analog reference power supply)

NC

NC NC

NC

AVSS Ground (analog ground)

NC Ground (not used)

NC NC Ground

VSS Ground MPEGAIRQ MPEGVIRQ

vee

COMSYNC

COMREQ

NC Not conncted.

DEMP

NC

VSS

HDATA

TEST

TDATA

COMCLK

TCLK

CS2 output (GA, MPEG, other area 2 access) DRAM CASL output

Ground

MPEG

A data transfer (DMA3) request input (edge detection)

DRAM CASL output

CS6

output (area 6 access) Not connected. WRLoutput WRH output RD output GA reset output.

Ground

Not conncted. Spare (Spare to output

V data transfer (DMA2) request input (edge detection)

MPEG Not conncted. DMAO

(for CD-ROM sector data input) ACK output

DMAO

(for CD-ROM sector data input) DMA1 (for host data input/output) ACK output DMA1 (for host data input/output) REQ output (from GA) +SV SH-1

system clock output (20MHz)

A crystal oscillator A crystal oscillator is connected.

+SV

Ground

Not conncted. Reset input (reset at

+5V +5V +5V (power supply

Ground (not used)

·•

Input to detect whether VCD is connected

Lo: CD drive connected, Hi: VCD connected.

Ground (not used)

MPEG A intenupt input (edge detection)

MPEG V intenupt input (edge detection) +5V CD

communications start signal input. Lo: Start, Hi: In the middle

CD

communications sync intenupt input (edge detection).

Lo: Duringclock transfer, Hi: During interval.

Not conncted.

Deemphasis output.

No conncted.

Ground

CD

communications data input

CD

communications data output (SCKO used) Test control input. Test data output CD

communications clock output (SCKO used) Clock output for test data

Lo: RESET, Hi: Release

"Lo"

during intenupt process)

(toGA)

is

connected.

"Lo")

of

analog circuits)

Lo:

DEMP OFF, Hi: DEMP

(SCKO

Lo:

Test mode, Hi: Normal mode

REQ

input (from GA)

or

not.

used)

(toGA)

ROM

ON

is

effective.

-64-

SH1

BOARD

IC HM514260AJ-8 SOJ

Pans

No.:

IC1 02 DRAM

315-0947-80

IC

HM514260AJ-7 SOJ

Pans

No.:

315-0947-70

• Top View & Pin Layout

7 1/013

1 1/08

• Block Diagram

RAS

Vss

1/015 1/014

1/012

Vss

1/011 1/0!0 1/0

9

NC

LCAS

liCAS

OE

A8 A7

As

A5

A4

•Pin

Name

Pin Name

A0-A8 AO-A8

1!01-1/04

RAS

CAS

WE OE

Ycc

Yss

Function

I address input

Refresh address input Data input/output Row address strobe Column address strobe Write enable Output enable Power suppply ( +SY) Ground

~

jV

C/)

0

:E

~

ti

:E

<

w

C/)

z

w

C/)

1110

256k

MEMORY

CELL

ARRAY

WORD

DRIVER

ROW

DECODER

1/0 1 1/0

I

BUFFER

I

'(7

C/)

:J

ID

g

<1!1

en

0

:E

e:.

ti

:::E

<

w

C/)

z

w

C/)

2

I

a:

w

>

a:

0

<1!1

a:

w

0

(.)

w

0

z

:::E

:J

_,

0

(.)

L;').

1/0 3 1/0 4

1110

I

~7

C/)

:J

ID

g

<1!1

·-

en

0

MEMORY

:E

e:.

ARRAY

ti

:E

<

w

C/)

z

w

C/)

DRIVER

DECODER

I I

BUFFER

II

256k

CELL

WORD

ROW

en

0 0

:E :E

~

ti

:E

:::E

c(

w w

C/) C/)

z z

w w

C/) C/)

256k

MEMORY

CELL

ARRAY

WORD

DRIVER

ROW

DECODER

~~

C/)

a:

:J

w

ID

>

a:

g

0

oo!!

<1!1

a:

en

w

0

:E

0

e:.

(.)

w

ti

0

:::E

z

<

:E

w

:J

C/)

_,

z

0

w

(.)

C/)

-<~

1

C/)

:J

ID

g

<1!1

en

0

MEMORY

:E

e:.

ti

:E

<

w

C/)

z

w

C/)

DECODER

256k

CELL

ARRAY

WORD

DRIVER

ROW

C/)

0

:::E

~

ti

:E

<

w

C/)

z

w

C/)

ROW ADDERSS BUFFER

ir

I

-65-

AO-A8

I

COLUMN ADDRESS BUFFER I

I

~t

I

SH1

BOARD !C103

IC CUSTOM CHIP OCU YGR019A

Parts

No. : 315-5873

IITopView

168

I

I I

42

127

126

85

II

Block

CTRL

-'

"0

:za:

-~

:E:z

i=O

(.)

-'

oo

:za:

-~

:E:z

i=O

(.)

43

Diagram

SH

uP

IRQ IRQ2

ADR

DATA

W·-r~t

:

VIC:

VIW

we

a:o

eo

ow

CD

<e

(Lower)

VIC: VIW

HI

we

a:o

Ct.>

ow <e

.,~

II

1

(4M DRAM)

18

\

.......-

I

ROMS~

ROMSK

I L

~ r-~

'\

'7

I

IRQ

84

~'"'""I

l

CDIROMSKJ

(Upper)

:

~:

'7

HI

ROOREO]

~

COl

RQREQJ

(Lower)

• r

\ 7

,

~RESPONSE!

REG.

I.

18

~

OESCRAMBLE

(Upper)

Jf

L

~C(CRCC>!-H

[

SPDATA

..........

=

18

~

--

I==

= =

'7 '7

L

~

I

~COMMANDd

REG.

o-3

L

DATA STAT

J:

A-bus

I

o-a

DATA

T

~mrQ~b~

ROTECTO

GACTRL

1-

{ L

I

GASTAT

J

J&

DATA CTRL

-

-r

,

SUBCODE

""

SUBCODE

I--

18

~

F=

'7

8

'"[>

v

ISH-FIF~

COUNTER

v_

lsummj

_<\t_

t-BUS

FIF~

COUNTER

ir

Auod

HOST

SYSTEM

CD

PROCESSOR

CD-ROM

Data

CO-DA

v:

r--

<l

.~

I

:~

rr:

!--;

:

~

=~

SHDATA

(BufferedSUB)

BUS

18

'

SIGNAL

HD49232

~

MPEG

Audio

-

MPEG

Video

RGB

'7

25

-66-

II

Description

No.

20 21 22 AA3 23 24 25 AA16 26 AA17 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56

I

2 3 4 5 6 7 8 9

10

11 12 13 14 15 16 17 18 19

I I

1/0

I

-

I

-

I

-

I I WTRS

-

0 FDACK MPEG video frame data transfer control signal 0 0 MACS MPEG audio chip select signal

0 TP5 Test pin

-

I RESET Gate array system reset signal

I I I I TP2 I

-

I SDL2

-

I

Name

MVPRT

MVR7 MVR6 MVR5 Video red color data MVR4

MVR3

vee

VSS MVG7 MVG6 MVG5 MVG4 MVG3

MVB7 Video blue color data

vss MVB6 MVB5 MVB4 MVB3

AAl

AA2

VSS Ground

AA4

AA18 AeS2

vss

MVCS MPEG video chip select signal

vee

vss

MABieK

MASDATAI MPEG audio serial data signal

MALRCLK Clock used to detect MPEG audio serial data L/R

seS6

vss

SDLO SDLI

SDL3 SDL4

vee

VSS Ground

SDLS SDL6 SDL7 SDLB SDL9

SDLIO

Video transparency control signal

'

Power supply

Ground

Video green color data

Ground

Video blue color data

A-BUS address bus

A-BUS address bus I

Chip select signal from A-BUS Wait control signal used to transfer MPEG video frame data Ground

Power supply

Ground

Sync clock used to transfer MPEG audio serial data

Test pin

SH chip select 6

Ground

SH uP

subdata bus

Power supply

subdata bus

SH uP

"Function

-67-

..

No.

57 58 59

60 61 62

63

64

65 66 67 68 69 SA2 70 71

72 I

73 I 74 75 76

77

78 79

80 81 82 83 84 85 86

87 88

89

90

91

92

. 93

94 95 96 97

98 99

100 101 102 SDH6 103 SDH5

104

105 - vss

106 107

108

109 110 111 112

110

-

I

- vee

-

I

- vss Ground

I I SCS2

I

-

I DACKO

I I

I TP3

-

0 0 0

I SDH15 SH uP main data bus

- vee

-

I SDH12

-

I

- vee

I

0

-

Name Function

vss

SDLll SDL12 SDL13 SDL14 SDL15

vss

SA21

SA20

SA4 SA3

SRD

SHCK

SAl

IRQOUT SH uP interrupt factor generation signal

DACKl

vee

vss Ground

CASH

CASL SWRH SH uP upper byte write enable signal SWRL SH uP lower byte write enable signal

SA19 SH uP address bus

vss Ground

DSWR Delayed write cycle control signal

DREQ1 Channel 1 DMA transfer request DREQO Channel 0 DMA transfer request

VSS Ground SDH14 SDH13

SDH11 SDH10

VSS Ground

SDH9 SDH8 SDH7

SDH4 SDH3 SDH2 SH uP main data bus SDH1

SDHO

SIRQH

vss

Ground

subdata bus

SH uP

Power supply Ground

SH uP

address bus

SH uP

read enable signal

20MHz SH uP address bus

SH uP Channel 1 DMA transfer response

Channel 0 DMA transfer response DRAM control signal

Test pin

SH uP

clock

chip select 2

Power supply

main data bus

supply

Power

SH uP

main data bus

Power supply Ground

SH uP

upper byte (CD-ROM) interrupt signal

Ground

-68-

No.

113 0 114 115 116 117 118 119 120

121 122 123 124 125 126 127 128 129 130 131 132 133 134 135

136

137

138 139 140 141 142 I 143 144 145 146 147 148 149 150 151 152 153 AD4 154 155 !56 157 AD7 158

159 160 161

162

163

164

165

166

167

168

1/0

I

0

I

0

-

0 0

i

- vee

I

-

I

I SUBOUT

I SI

I

I I

-

I

'

I

I SDAS

I

-

- vss

I

-

I

-

0 0

-

I

-

I

-

I

-

I AD13

-

Name

SIRQL

BCK

LRCK

vee

SD

SUBCK

vss

CFCKO

DAS

CKX

MPX

VSS C2F

SMPX

SCKX

vss vee Power supply

ATIM1 ATIMO

ARD

VSS Ground

AFCO A-BUS timing control signal

AWRO A-BUS lower byte write signal

AWR1 A-BUS upper byte write signal

AFCl

vss Ground

AWAIT A-BUS wait control signal

AIRQ

T ADO AD!

vee vss Ground

AD2 AD3

ADS VSS Ground AD6

AD8 A-BUS data bus AD9

ADlO

vee Power supply

VSS Ground

ADII AD12

ADI4 AD15

vss Ground

lower byte (A-BUS) interrupt signal

SH uP Audio serial data sync clock Audio L!R channel switching signal Power supply

I

Audio serial data Subcode Power supply Ground Frame sync signal CD subcode data Subcode CD-DA audio serial data CD audio serial data sync clock

CD C2 error flag

CD-ROM

CD-ROM CD-ROM Ground

Ground

A-BUS timing control signal

A-BUS read signal

A-BUS timing control signal

A-BUS interrupt signal

Test signal for scan pass

A-BUS data bus

Power supply

A-BUS data bus

input clock

block sync signal

audio

L!R

channel switching signal

data byte sync signal serial data serial data bit sync signal

Functfon

-69-

LODEDVIEW

11. EXP loded View

& PARTS LIST

~

11-1. Exp I / _

6

54

1-2

-

--:

4

5

21

r----

. -------~--

I

I • I

I

I I

-----,

I

',

'

I

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

i

~~:2J

.1--·;--

6

[__--

-=----_-_-_-_-:_-_

r

I

- -

-::..::.

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

CNI

L__

_I

~

j

I

I I I

I

A

B

- 70

···.~

c

0

11-2. Mechanical Parts

Ref.

No.

Parts

No.

List

Description

Ref.

No.

Parts

No.

Oeser i pt

ion

1

1 1-1

1-2 1-3 1-4 1-5

1-6 1-7 1-8 1-11 1-12

1-13 1-14 1-17 1-18 1-19

1-20

1-21

1-22 2 2-1

2-2

3 5

6 6

610-5862 610-5927

610-5864 253-7015 253-7013 253-6917-03 253-6919-03

253-6920 253-7012 253-7010 601-7774 250-5404

250-5423 250-5424A 125-5125 125-5126

125-5127

510-5068 600-6536 601-7726

610-5863 253-7016

601-7658 837-11492

838-10834 610-5679-20

610-5679-21

ASSY

TOP

ASSY ASSY

TOP LID BUTTON BUTTON

BUTTON MOUNT PANEL OIL BRACKET

BRACKET BRACKET SPRING SPRING SPRING

DETECTOR WIRE PLATE

ASSY BOTTOM

RUBBER ASSY

IC

ASSY

CASE

TOP

CASE

LID

CD

CASE

SATURN

CRTG

SATURN OPEN RESET

OPEN

POWER DEC.

FRONT

DUMPER

SATURN

LEVER LID

LID

CD

LID

CRTG

ARM

SATURN

SW

HARN

2P

SEVER

BOTTOM

CASE FOOT

IC

BD

SATURN

CD

DRIVE

SATURN SATURN

SATURN

EUR EUR USA

SATURN

USA

SATURN

USA

LEVER

SATURN

UNIT

PCB SATURN

SATURN

CD

SPRING

CD

HOLDER

SATURN

JPN

SPPB11

FOR

DETECTOR

SMALL

SATURN

CASE

SATURN

EUR

SATURN

JPN

VAO

SH1

UNIT

SATURN

EUR AUS

SAT

USA

JPN

SAT SAT

JPN

USA

PAL

JPN USA

USA USA

USA

JPN

A

[1] [2]

54

601-7815

STAELE

PROTECTION

SHEET

SAT

7

e,.7-1 e,.7-2

10 11

11 12

13

14 15 16

17

18

18 21

21

38 39 40 41 42

43

44

45 46 47

400-5271 400-5272

601-7672 514-5066

253-6915-03 253-6918-03

253-6918A-03 253-6921

253-6932 510-5069 601-7979 600-6416

600-6560 600-6431

600-6431-01 270-5094

270-5095 250-5417

253-6922 029-000034 029-000034-0B 029-000035

029-000035-0B 029-000036 029-000049 029-000061 029-000063

AC

POWER

AC

INLET

FUSE

LID

BUTTON BUTTON

MOUNT SLIDE POWER PLATE WIRE

WIRE FFC

FFC FERRITE

FERRITE

BRACKET BAT B-TITE B-TITE B-TITE

B-TITE

8-TITE

B-TITE B-TITE S-TITE

UNIT

POWER

UNIT

FOR

1.6A

BATTERY

POWER POWER

MECHA RAIL SW

SDDLD

SEVER

HARN HARN

20P

L=180w.l

20P

L=180w.l CORE

CORE

9P

HOLDER

SCR SCR SCR

SCR SCR SCR SCR SCR

SATURN

EUR

SATURN

EUR

UL/CSA

SATURN

080026

SATURN

EUR

SATURN

USA

SATURN

USA

A

SATURN

5P 2P

CONN SATURN PH PH PH

PH PH BRH PH Bl

JPN

LARGE

SATURN

FOR

ST

FOR

P.SW

BP53RB120070060M L6

T12.5X5.5X7

HOLDER

3X8 BLK 3X10

BLK 3X12

2.6X8 3X14 H2X4

USA

CD

NEW

MATSUSHITA 3X8

3X10

48 49 50

51

52 53

[Note]

029-000049 029-000049-0B 029-000052 029-000067-0B 029-000064

401-0054

(1]····EUR

[2]····AUSTRALIA

B-TITE

SCR

B-TITE

SCR

B-TITE

SCR

B-TITE

SCR

S-TITE

SCR

BATTERY

CR2032/1F

BRH BRH PH

2X8

BRH PH

2X8

2.6X8

BLK

2.6X8

BLK

2.6X6

-71-

11

=3.

Circuit

No.

Electrical Parts

Parts

No.

List

Description

Circuit

No.

Parts

No.

..

Description

11-3-1. IC BD STATURN MAIN

IC

!Cl !Cl

IC2 IC2

IC3 IC3 IC3

IC4 IC4 IC4

IC5 IC6

IC7 IC7

IC8

ICB

IC8

IC9

IClO IC10

ICll IC11 IC11

IC12 IC12

IC12 IC13

IC13 IC13

IC14 IC14 IC14

IC15 IC15 IC15

IC16

IC16 IC16

IC17

IC18 IC19

IC19 IC19

IC19

IC20 IC21 IC22 IC23 IC24

II"?~':

'"'"""

IC26

IC27

IC28

IC29

IC30

IC31

315-0922A 315-0998

315-0928-17 315-1022-12 315-0928-15

315-5688 315-5778

EPR-17933 MPR-17933

315-0948-10 315-0930-10 315-0964-10 315-0965-10

315-1002-70 315-5744 315-5689

315-5883 315-0928-17

315-1022-12 315-0928-15

315-0910-12 315-1017-17 315-1012-17

315-5690 315-5690-02 315-5890

315-0910-12 315-1017-17 315-1012-17

315-5687 315-0941

315-0777-80 315-0739-70 315-0777-70

315-0822-80

315-5746 313-5314 313-5313 314-0632 314-0632

313-5322 314-0563 314-0563 314-0649 314-0563

314-0563

315-0947-70

HD6417095F28

IC

HD6417095SF28

IC

HD6417095F28

IC

HD6417095SF28

IC

HM5241605TT-17

IC

UPD4504161G5-Al2

IC

HM5241605TT-15

IC

HM5241605TT-17

IC

UPD4504161G5-A12

IC

HM5241605TT-15

IC

CUSTOM

IC

OS OS

IC IC IC IC IC

IC IC

IC IC IC

IC IC

IC IC IC IC

IC IC IC IC IC

IC

IC IC IC IC

IC IC

CHIP

CUSTOM

CHIP

SATURN

IPL-ROM

SATURN

IPL-ROM

CXK58267AM-10L UPD43257B-10LL M5M5255BFP-12LL SRM20257LLM10 UM62257M-70LL

CUSTOM

CHIP

CUSTOM

CHIP

CUSTOM

CHIP

HM5241605TT-17 UPD4504161G5-A12 HM5241605TT-15

UPD4502161G5-A12 HM5221605TT-17 LC382161T-17

CUSTOM

CHIP

CUSTOM

CHIP

CUSTOM

CP

UPD4502161G5-A12 HM5221605TT-17 LC382161T-17

UPD4502161G5-A12 HM5221605TT-17 LC38161T-17

CUSTOM

CHIP

MC68ECOOOFN12 HM514270AJ-8

UPD424270LE-70 HM514270AJ-7 MN414270SJ-08

CUSTOM

CHIP CXAI645M TDA1386T 74VHC04 74VHC04

S=80741AL=A5

74LS245 74LS245 74ACT245 74LS245

74LS245

SOP

SOP SOP SOP

SOP SOP

SOP

HM514260AJ-7

VAO

USA

H

OFP

HITACHI

OFP

HITACHI

OFP

HITACHI

OFP

TSOP

HITACHI

TSOP

HITACHI

TSOP

HITACHI

TSOP

HITACHI

SCU

OFP

DCC

OFP

TOSHIBA

PAL

DIP

PAL

DIP

SOP SOP

SOP SOP SOP

SMPC

QFP

VDP1

QFP

VDPl S OFP

TSOP

HITACHI

TSOP

HITACHI

TSOP

HITACHI

TSOP

HITACHI

TSOP

VDP2

OFP

VDP2

OFP

VDP2 S OFP

TSOP

HITACHI

TSOP

HITACHI

TSOP SCSP

QFP

PLCC

MOTOROLA

HITACHI

SOJ

HITACHI

SOJ

PANASONIC

PLL

HOFP

PHI 300MIL 300MIL

CHIP

300MIL 300MIL

300MIL

300MIL 300MIL

SOJ

!TACH!

NEC

YAMAHA

NEC

SANYO

NEC

SANYO

YAMAHA

HH

YAMAHA

NEC

SANYO

NEC

SANYO

YAMAHA

NEC

SONY Ll

PS

SEIKO

IC31 IC31 IC31 IC31 IC31

IC32 IC32

IC32 IC32 IC32 IC32

IC33 IC34

IC34 IC35

CN1 CN1

CN2

CN2XA

CN2XB CN3

CN4 CN5

CN5 CN5X

CN6 CNB CN9 CNlO CNll

CN12 Sl¥3 Dl D2

D2 D2

D3 D3 D3

D4 D5

06

D6

06

TR1 TR2 TR3 TR4

L1 L1

L2 L2

L3 L3

L4 L4

L5 LS

315-0985-70 315-0986-70 315-0983-70 315-0984-70 315-1030-70

315-0947-70 315-0985-70

315-0986-70 315-0983-70 315-0984-70 315-1030-70

314-0634

313-5323 313-5323-01

313-5328 209-5070

209-5070A 209-5074

NOT

USED

NOT

USED

212-5453

212-5440 212-5431

212-5481

NOT

USED

209-5075

212-5454

NOT

USED

NOT

USED 212-5457 510-5063 481-5072 481-5168

481-5199 481-5201

481-5168 481-5199 481-5201

481-5072 481-5179

481-5168 481-5199 481-5201

482-5126 482-5125-01 482-5260 482-5260

180-5137 180-5137-01

180-5142 180-5142-01

IC

UPD424260LE-70-E2

IC

TC514260BJ-70

IC

KM416C256BJ-7

IC

M8814260-70PJ-G

IC

HY514260BJC-70

IC

HM514260AJ-7

IC

UPD424260LE-70-E2

IC

TC514260BJ-70

IC

KM416C256BJ-7

IC

MB814260-70PJ-G

IC

HY514260BJC-70

IC

74HC157

IC

UPC78L05T

IC

TA78L05F

IC

S-80723AN-DL

EDGE

CONN

EDGE

CONN

9P*2

NOT

USED

NOT

USED

CONN

6P

CONN MINI

MINI NOT

CONN CONN CONN NOT NOT

CONN TACT DIODE DIODE

DIODE DIODE

DIODE DIODE DIODE

DIODE DIODE

DIODE DIODE DIODE

XSTR XSTR XSTR XSTR

CHIP P.COIL

P.COIL P.COIL

B5P6-VH

lOOP DIN

CONN

DIN

lOP

USED

liP

TCX3072-010100

5P

B4(5)B-PH-K-S

5P

B4(5)B-PH-K-S USED USED

3P

SJ21-03WT

SYI

SKEYAC

CHIP CHIP

CHIP CHIP CHIP

CHIP CHIP

CHIP CHIP CHIP

2SC1623 2SA812 2SD2114K(V.W)CHIP 2SD2114K(V.YI)CHIP

INDUCTOR

CHIP

INDUCTOR

CHIP CHIP

CHIP

SOJ SOJ

SOJ

SOJ SOJ

SOP

CHIP

134P

N630-9523-T006

134P

N630-9523-T006A

CSS5018-0101R

FX6A-100S-0.8SV2

lOP

TCS7716-432010

1SS184 HRYI0202A

1SS377 RB415D

HRW0202A 1SS377 RB415D

1SS184

MA153A HRW0202A

1SS377 RB415D

L5

.. 7

CHIP

100UH

100UH IOOUH

lOOUH 100UH

100UH lOOUH

lOOUH

SOJ

NEC TOSHIBA SUMSUNG

SOJ

FUJITSU

SOJ

HYUNDAI

NEC

SOJ

TOSHIBA SUMSUNG

SOJ

FUJITSU

SOJ

HYUNDAI

NEC TOSHIBA

SEIKO

FOR

A/V

HOSI

HOSHID

ALPS TOSHIBA HITACHI

TOSHOBA

ROHM HITACHI

TOSHIBA

ROHM TOSHIBA

MATSUSHITA

HITACHI TOSHIBA

ROHM

CHIP

M5

.. 6

NEC

NEC ROHM ROHM

10~

KOA

ELJFA101KF

10~

KOA

ELJFA101KF

LOH3C101K04 NLFC322522T

-72-

Circuit

No.

Parts

No.

Description

Circuit

No.

Parts

No.

Description

L6 L6

L8 L8

L9 L9

L10 L10

FB3 FB4

FB5

FB6

FB7

FBB FB9

FB10

F813

FB15 FB16

F817 F818

EM12 EMI3 EMI5

EM16

EM17 EMIB

EM19 EMI10 EMI11

EM112

EM113

EM114 EMI15 EM116 EM117

EM118

EM119

EM120 EM121 EM122

EM123 EMI24 EM125 EMI26 EMI27

EMI28 EMI29 EMI30 EM131

E~dl32

EMI33 EM134 EM13S

C1 C2 C3 C4

cs

C6 C7

CB

C9 C10

180-5142 180-5142-01

NOT 476-2330-J-10 NOT NOT NOT

NOT NOT NOT NOT NOT

NOT NOT 479-5005-0000

271-0045 271-0045 271-0045 271-0045 271-0045

271-0045 271-0045 271-0045

271-0045 271-0045

271-004S 271-004S 271-0045 271-004S 271-0045

271-0045 271-004S 271-0045

1S1-0307 1S1-0S21 1S1-026S 1S1-0307 151-0S21

1S1-0265 151-026S 151-026S 1S1-026S 151-026S

USED USED

USED USED USED USED USED

USED USED

P.

COIL

P.

COIL

P.

COIL

P.

COIL

P.COIL P.COIL

NOT

USED

RES

CHIP

NOT

USED

NOT

USED

NOT

USED

NOT

USED

NOT

USED

NOT

USED

NOT

USED

NOT

USED

NOT

USED

NOT

USED

RES

CHIP 0 OHM

EMI

FILTER

EM!

FILTER

EMI

FILTER

EM!

FILTER

EM!

FILTER

EM!

FILTER

EMI

FILTER

EMI

FILTER

EMI

FILTER

EMI

FILTER

EM!

FILTER

EM!

FILTER

EMI

FILTER

EMI

FILTER

EM!

FILTER

EM!

FILTER

EMI

FILTER

EM!

FILTER

EM!

FILTER

EM!

FILTER

EM!

FILTER

EM!

FILTER

EMI

FILTER

EM!

FILTER

EM!

FILTER

EM!

FILTER

EMI

FILTER

EMI

FILTER

EMI

FILTER

EMI

FILTER

EM!

FILTER

EMI

FILTER

EM!

FILTER

CAP

CER

CAP

CER

CAP

CER

CAP

CER

CAP

CER

CAP

CER

CAP

CER

CAP

CER

CAP

CER

CAP

CER

CH

I.P 1 OOUH

CHIP

100UH

CHIP

100UH

CHIP

100UH

CHIP

100UH

CHIP

100UH

CHIP

100UH

CHIP

100UH

33

OHM

STB101KB STB101KB STB101KB STB101KB STB101KB

STB101KB STB101KB STB101KBSTB101KB STB101KB

STB101KB STB101KB STB101KB STB101KB STB101KB

STB101KB STB101KB STB101KB

CP

0.022UF 470PF

CP CP

0.

CP

0.022UF

CP

470PF

0.

CP

0.

CP

0.

CP

0.

CP

0.

CP

LOH3C1

01

NLFC322522T LOH3C101K04

NLFC322522T

1/10\¥

1/10W

K04

5%

2125

~AI

TAl TAl TAIYO TAIYO

TAl

TAl TAIYO TAIYO TAl

TAl

TAl TAl

TAIYO

TAIYO TAl

TAIYO

TAl

TAIYO TAIYO

TAIYO

TAl

TAIYO TAIYO

TAIYO

TAIYO TAIYO

SOY

ZF212S SOY 2SY SOY SOY

2SY

2SV 25Y 25Y 25V

SL2125

ZF212S

SL212S

ZF2125

1UF

1UF 1UF lUF

1UF

YO YO YO

YO YO

YO YO YO

YO YO

YO

C11 C12 C13 C14 C15

C16

C17 C18 C19 C20

C21 C22 C23 C24 C25

C26 C27

C28

C29

C30

C31 C32 C33

C34 C35

C36

C37

C38 C39

C40 C41

C42

C43

C44 C45

C46 C47

C48

C49 C50

C51 CS2 C53

C54 C55

CS6 C57 C58

C59 C60

C61

C62

C63

C64

C6S

C66 C67

C68

C69 C70

C71 C72 C73 C74 C75

C76 C77

151-0265 151-0265 151-0265 151-0265 151-0265

151-0265 NOT

USED 151-0265 151-0265 151-0265

151-0307 151-0307 151-0621 151-0621 151-0305

151-D521 151-0318 151-0307 151-0307 151-0478

151-0377 151-0307 NOT

USED NOT

USED 151-D320

NOT

USED 151-0265 151-0265 151-0265 151-0270

151-0S92 151-0265 151-0265 151-0361 NOT

USED NOT

USED 1S1-0318 NOT

USED NOT

USED 151-0319

1S1-0319 1S1-026S 1S1-026S 1S1-026S 1S1-0265

1S1-026S 151-026S 1Sl-026S 1S1-026S

1S1-026S 151-026S

1S1-026S 1Sl-0305 1S1-030S NOT

USED

151-026S

1S1-026S 1S1-026S

1S1-026S 1S1-026S 151-0265 1S1-0265 151-0265

1S1-026S 1S1-026S

CAP CAP

CAP

CAP CAP

NOT CAP CAP CAP

CAP CAP CAP CAP CAP

CAP CAP NOT NOT CAP

NOT CAP CAP

CAP

CAP CAP CAP CAP

NOT NOT

CAP

NOT NOT

CAP CAP

CAP CAP CAP CAP

CAP CAP CAP CAP CAP

CAP CAP CAP CAP NOT

CAP CAP CAP CAP CAP

CAP CAP

CER

CP

CER

CP

CER

CP

CER

CP

CER

CP

CER

CP USED CER

CP CER

CP

CER

CP

CER

CP

CER

CP

CER

CP

CER

CP CER

CP

CER

CHIP CER

CP

CER

CP CER

CP

CER

CP

USED

CER

CP

USED CER

CP

CER

CP

CER

CP

CER

CP

CER

CP

CER

CP

CER

CP

CER

CP

USED USED

CER

CHIP

USED USED CER

CHIP

CER

CHIP

CER

CP

CER

CP

CER

CP

CER

CP

CER

CP

CER

CP

CER

CP

CER

CP

CER

CP

CER

CP

CER

CP

CER

CP

CER

CP

USED

CER

CP

CER

CP

CER

CP

CER

CP

CER

CP

CER

CP

CER

CP

CER

CP

CER

CP

CER

CP

CER

CP

CER

CP

0.

1UF

0.

1UF

0. 1 UF

0.

1UF

0. 1 UF

0.

1UF

0.

1UF

0.

022UF

0.

022UF

30PF 30PF

1000PF

470PF

33PF

0.022UF

0.

022UF

27PF

100PF

0.022UF

68PF

50V J CH2125

0. 1 UF

0.

1UF

47PF

5PF/50V

0.

lUF

0.

1UF

15PF

33PF

20PF 20PF

0.

1UF

0.

1UF

0.

1UF

0.

1UF

0.

1UF

0.

1UF

0.

1UF

0.

lUF

0.

1UF

0.

1UF

0.

1UF

lOOOPF

1000PF

0.

1UF

0.

1UF

0.

lUF

0.

1UF

0.

1UF

0.

lUF

0.

1UF

0.

1UF

0.

1UF

0.

1UF

0.

1UF

0.

1UF

25V 25V

25V

25V 25V 25V

25V 25V

50V 50V 50V 50V 50V

50V 50V 50V 50V

50V

50V 50V

25V 25V 25V 50V

25V 25V 50V

50V

50V 50V

25V

25V 2SV 25V

25Y 25V 2SY 2SV 2SV

2SY 2SV SOY 50V

25V 25V 2SY 2SY 2SY

2SV 2SV 25V 2SV

25V 2SV

2SV

ZF2125 ZF2125 ZF2125 ZF2125 ZF2125

ZF2125 ZF2125

JCH2125 JCH2125

KB2125 SL2125

CH2125 ZF2125 ZF2125 CH2125

KCH2125

ZF2125

ZF2125 ZF2125 ZF2125

KSL2125 CCH2125

ZF2125 ZF2125 CH2125

CH2125

CH2125 CH2125

ZF212S ZF2125 ZF2125 ZF2125

ZF2125 ZF2125 ZF2125 ZF212S ZF2125

ZF212S ZF2125 KB2125 KB212S

ZF212S ZF2125 ZF212S ZF212S ZF2125

ZF212S ZF212S

ZF2125 ZF212S ZF2125

ZF2125 ZF212S

-73-

Circuit

No.

C78 C79 C80

C81 C82 C83 C84 C85

C86 C87 C88 C89 C90

C91 C92 C93 C94 C95

C96 C97 C98 C99 C102

C103 C104 C105 C106 C107

C108

C109 C110 C111 C112

C114 C115 C116 C117 C118

C119 C120 C121 Cl22 C123

C124 C125 C126

C127 C129

C130 C131 C132 C133

C134 C135

C136 C137 C138 C139

C140

C141

CE1 CE2

CE3

CE3 CE3 CE3

Parts

No.

151-0265 151-0265

151-0265

151-0265 151-0265 151-0265

151-0265 151-0265 151-0265 151-0265 151-0265

151-0265 NOT

USED

NOT

USED

NOT

USED

NOT

USED

151-0270 NOT

USED

NOT

USED

NOT

USED

NOT

USED

151-0265 151-0265 151-0265 151-0265 151-0265

151-0265 151-0298 151-0298 151-0592 NOT

USED

NOT

USED 151-0265 151-0265 151-0265 151-0265

151-0265 151-0265 151-0298 151-0298 151-0298

151-0298 NOT

USED NOT

USED 151-0265 151-0320

151-0623 151-0623 151-0623 151-0623 151-0623

151-0623 151-0623 151-0623

151-0623 151-0623

151-0623 151-0622

150-0313-04

150-0313-01 150-0313-03 150-0313-05

CAP

CER

CAP

CER

CAP

CER

CAP

CER

CAP

CER

CAP

CER

CAP

CER

CAP

CER

CAP

CER

CAP

CER

CAP

CER

CAP

CER

CAP

CER

CAP

CER

NOT

USED

NOT

USED

NOT

USED

NOT

USED

CAP

CER

NOT

USED

NOT

USED

NOT

USED

NOT

USED

CAP

CER

CAP

CER

CAP

CER

CAP

CER

CAP

CER

CAP

CER

CAP

CER

CAP

CER

CAP

CER

NOT

USED

NOT

USED

CAP

CER

CAP

CER

CAP

CER

CAP

CER

CAP

CER

CAP

CER

CAP

CER

CAP

CER

CAP

CER

CAP

CER

NOT

USED

NOT

USED

CAP

CER

CAP

CER

CAP

CER

CAP

CER

CAP

CER

CAP

CER

CAP

CER

CAP

CER

CAP

CER

CAP

CER

CAP

CER

CAP

CER

CAP

CER

CAP

CER

CAP

CER

CAP

CER

CAPE CAPE CAPE

CAPE

0.

CP CP

0.

CP

0.

CP

0.

CP

0.

CP

0.

CP

0.

CP

0.

CP

0.

CP

0. 1 UF

CP

0.

CP

0.

0. 1 UF

CP CP

0.

CP

0.

CP

0.

CP

0.

CP

0.

CP

0.

CP

0.

CP

lOOPF

CP

100PF

CP

0.

CP

0.

CP

0.

CP

0.

CP

0.

CP

0.

CP

100PF

CP

100PF

CP

100PF

CP

100PF

CP

0.

CP

68PF

CP

1UF

CP

1UF

CP

lUF

CP

1UF

CP

"1UF

CP

1UF

CP

1UF

CP

1UF 1UF

CP CP

1UF

CP

1UF

CP

lUF 1UF

CP CP

IUF

CP

100UF6.3V

CP

100UF

CP

100UF6.3V

CP

100UF

Description

lUF

25V

ZF2125 25V 25V

25V 25V 25V 25V 25V

25V

SOY

KSL2125

25V 25V 25V 25V 25V

25V SOV

JSL2125

SOV

JSL2125

CCH2125

25V 25V 25V 25V

25V 25V SOV

JSL2125

50V

JSL2125

SOY

JSL2125

SOY

JSL2125

25V

ZF2125

ZF2125 ZF2125 ZF2125 ZF2125 ZF2125

ZF2125

ZF2125 ZF2125 ZF2125 ZF2125

ZF2125 ZF2125

ZF2125

1UF 1UF

1UF 1UF 1UF 1UF 1UF

1UF 1UF

lUF

1UF

47PF

1UF 1UF 1UF 1UF 1UF

1UF

5PF/50V

1UF 1UF 1UF

lUF 1UF

1UF

50V J CH2125

16V 16V 16V 16V 16V

16V 15¥

16V 16V

ZF2125 ZF2125 ZF2125 ZF2125 ZF2125

ZF2125 ZF2125

ZF2125 ZF3216

MV6.3VC100M

6.3V

ECEVOJA101

UWXOJ101MCR

6.3V

REV

Circuit

No.

CE4 CE6

CE6 CE6 CE6

CE15 CE15 CE15 CE15

CE16 CE16 CE16 CE16

CE18 CE18 CE18 CE18

CE19 CE19 CE19 CE19

CE20 CE20 CE20 CE20

CE21 CE21 CE21 CE21

CE22 CE22 CE22 CE22

CE23 CE23 CE23 CE23

CE24 CE24 CE24 CE24

CE25

·-

CE25 CE25 CE25

CE26 CE26 CE26 CE26

CE27 CE27 CE27 CE27

CE28 CE28 CE28 CE28

CE29 CE29 CE29 CE29

CE30 CE31

Parts

No.

151-0622

150-0313-04 150-0313-01 150-0313-03 150-0313-05

150-0464 150-0464-01 150-0464-02 150-0464-03

150-0313-04 150-0313-01 150-0313-03 150-0313-05

15Qr.0464 150:.0464-01 150-0464-02 150-0464-03

150-0464 150-0464-01 150-0464-02 150-0464-03

150-0496 150-0496-01 150-0496-02 150-0496-03

150-0464 150-0464-01 150-0464-02 150-0464-03

150-0423 150-0423-01 150-0423-02 150-0423-03

150-0423 15D-0423-01 150-0423-02 150-0423-03

150-0423 150-0423-01 150-0423-02 150-0423-03

150-0505-02 150-0464

-

CAP

CER

CAPE

CP

CAPE

CP

CAPE

CP

CAPE

CP

CAP E CP CAP E CP CAP E CP CAP E CP

CAPE

CP

CAPE

CP

CAPE

CP

CAPE

CP

CAPE

CP

CAPE

CP

CAPE

CP

CAPE

CP

CAP E CP CAP E CP CAP E CP CAP E CP

CAPE

CP CAP E CP CAP E CP CAP E CP

CAP E CP CAP E CP CAP E CP CAP E CP

CAP E CP CAP E CP

Desc

r i

CP

1UF

16V

100UF6.3V 100UF

6.3V 100UF6.3V 100UF

6.3V 10UF16V

10UF

16V

10UF

16V

10UF16V 10UF16V

10UF

16V

10UF

16V

10UF16V 100UF6.3V

100UF

6.3V 100UF6.3V 100UF

6.3V 100UF6.3V

100UF

6.3V 100UF6.3V 100UF

6.3V 10UF16V

10UF

16V

10UF

16V

10UF16V 10UF16V

10UF

16V

10UF

16V

10UF16V

4.

7UF

25V

4.

7UF

25V

4.

7UF25V

4.

7UF25V

10UF16V 10UF

16V

10UF

16V

10UF16V 220UF

4V

220UF

4V

220UF

4V

220UF

4V

220UF

4V

220UF

4V

220UF

4V

220UF

4V

220UF

4V

220UF

4V

220UF

4V

220UF

4V

220UF

4V

220UF

4V

220UF

4V

220UF

4V

220UF

4V

220UF

4V

220UF

4V

220UF

4V

220UF

4V

220UF

4V

220UF

4V

220UF

4V 220UF10V 10UF16V

pt

ion

ZF3216

MV6.3VC100M

ECEVOJA101

UWXOJ101MCR

REV

MV16VC10MD55

ECEV1CA100 UWX1C100MCR1 REV

MV16VC10MD55

ECEV1CA100 UWX1C100MCR1 REV

MV6.3VC100M

ECEVOJA101

UWXOJ101MCR

REV

MV6.3VC100M

ECEVOJA101

UWXOJ101MCR

REV

MV16VC10MD55

ECEV1CA100 UWX1C100MCR1 REV

MV16VC10MD55

ECEV1CA100 UWX1C100MCR1 REV

MV25VC4R7M

ECEV1EA4R7 UWX1E4R7MCR1 REV

MV16VC10MD55

ECEV1CA100 UWX1C100MCR1 REV

MV4VC220MF55

ECEVOGA221 UWXOG221MCR1 REV

MV4VC220MF55

ECEVOGA221 UWXOG221MCR1

REV MV4VC220MF55

ECEVOGA221 UWXOG221MCR1 REV

MV4VC220MF55

ECEVOGA221 UWXOG221MCR1 REV

MV4VC220MF55

ECEVOGA221 UWXOG221MCR1 REV

MV4VC220MF55

ECEVOGA221

UWXOG221MCR1 REV

UUR1A221MBR

MV16VC10MD55

-74-

Circuit I

No.

CE31

Parts

I

No.

150-0464-01 150-0464-02

CE31 1 50-0464-03 CE32

CE32 CE32 CE32

CE33 CE33 CE33 CE33

CE34 CE34 CE34 CE34

CE35

CE35 CE35 CE35 1 50-0501

CE37 CE37 CE37 CE37

CE38 CE42

CE42

CE42 CE42

CE45 CE46

CE47 CE47 CE47 CE47

CE48 CE48 CE48 CE48

CE49 CE49 CE49 CE49

153-0120 1

53-0120-01 153-0120-02 153-0120-03

150-0494 1

50-0494-01 150-0494-02 150-0494-03

150-0494 150-0494-01 150-0494-02 150-0494-03

150-0501 150-0501-01 150-0501-02

-03

150-0464 150-0464-01 150-0464-02 150-0464-03

NOT

USED

150-0464 1

50-0464-01 150-0464-02 150-0464-03

150-0504 150-0504

150-0463 150-0463-01 150-0463-02 150-0463-03

150-0501 150-0501-01 150-0501-02 150-0501-03

CAP E CP CAP E CP CAP E CP

CAP CAP CAP CAP

CAPE CAPE CAP E CP CAPE

CAPE CAPE CAPE CAPE

CAPE CAPE CAP E CP CAPE

CAP E CP CAP E CP CAP E CP CAP E CP

NOT CAP E CP

CAP E CP

CAP E CP CAP E CP

TANT TANT TANT TANT

CP CP

CP CP CP

CP CP

47UF

CP

47UF

USED

10UF 10UF 10UF16V

CHIP CHIP CHIP CHIP

22UF 22UF 22UF6. 22UF

22UF 22UF 22UF6.3V 22UF

47UF 47UF6.

10UF16V 10UF 10UF 10UF16V

10UF 10UF 10UF 10UF

CAP E 330UF CAP E 330UF

CAP E CP

CAPE

CP CP CP CP

1UF 1UF 1UF 1UF

47UF 47UF 47UF 47UF

Description

ECEV1CA100

16V 16V

UWX1C100MCR1 REV

10UF

6.3V 10UF 10UF 10UF

6.3V

6.3V 3V

6.3V

NEC

6.

3V

PANA

NICHI

6.3V TO\\'

6.3V

A

MV6.3VC22M

ECEVOJA220

UWXOJ220MCR1

REV

MV6.3VC22M

ECEVOJA220

UWXOJ220MCR1

6.3V

REV

6.3V

MV6.3VC47M

6.3V

ECEVOJA470

3V

UWXOJ470MCR1

6.3V

REV

MV16VC10MD55

16V

ECEV1CA100

16V

UWX1C100MCR1 REV

16V

MV16VC10MD55

16V

ECEV1CA100

16V

UWX1C100MCR1

16V

REV

USROJ331MCA1TD USROJ331MCA1TD

50V

MV50VC1MD55

50V

ECEV1HA010

50V

UWX1H010MCR1

50V

REV

50V

MV50VC1MD55

50V

ECEV1HA010

50V

UWX1H010MCR1

50V

REV

6.3V

MV6.3VC47M

6.3V

ECEVOJA470

6.3V

UWXOJ470MCR1

6.3V

REV

Circuit I

No.

R21 R22 R24 R25 R26

R27 R28 R29 R30 R31

R32 R33 R35 R36 R37

R38 R39 R40 R41 R42

R43 R44 R45 R46 R47

R48 R49 R50 R66 R67

R68 R69 R74 R96 R97

R98 R99 R100 R101 R102

R103 R104 R105 R106 R107

Parts

No.

476-2222-J-10 476-2111-J-1

0 476-2303-J-10 476-2303-J-10

476-2362-J-10 476-2363-J-10

476-2621-J-10

NOT

USED 476-2102-J-10 476-2102-J-10

476-2102-J-10

476-2222-J-10

476-2473-J-10 476-2750-J-10

476-2750-J-10

476-2750-J-10 476-2750-J-10

476-2750-J-10 476-2750-J-10 476-2163-F-10

476-2101-J-10 476-2101-J-10

476-2104-J-10

476-2104-J-10 476-2472-J-10

476-2201-J-10 476-2472-J-10 476-2472-J-10 476-2472-J-10 476-2105-J-10

476-2334-J-10 476-2103-J-10 476-2103-J-10

NOT

USED NOT

USED

476-2103-J-10

NOT

USED 476-2103-J-10 476-2103-J-10 476-2103-J-10

476-2103-J-10 476-2103-J-10 476-2103-J-10 476-2103-J-10 476-2103-J-10

i

RES

CHIP

RES

CHIP

RES

CHIP

RES

CHIP

RES

CHIP

RES

CHIP

RES

CHIP

NOT

USED

RES

CHIP

RES

CHIP

RES

CHIP

RES

CHIP

RES

CHIP

RES

CHIP

RES

CHIP

RES

CHIP

RES

CHIP

RES

CHIP

RES

CHIP

RES

CHIP

RES

CHIP

RES

CHIP

RES

CHIP

RES

CHIP

RES

CHIP

RES

CHIP

RES

CHIP

RES

CHIP

RES

CHIP

RES

CHIP 1 MOHM

RES

CHIP

RES

CHIP

RES

CHIP

NOT

USED

NOT

USED

RES

CHIP

NOT

USED

RES

CHIP

RES

CHIP

RES

CHIP 1 OKOHM 1 /1

RES

CHIP

RES

CHIP

RES

CHIP

RES

CHIP

RES

CHIP

Desc

r i

2.2KOHM 110

3.6KOHM

620

2.

100 100 100KOHM

100KOHM

4. 200

4.

1/10\1'

OHM

1/10\1'

30KOHM

1/10\1'

30KOHM

1/10\1' 1/10\1'

36KOHM

1/10\1'

OHM

1/10\1'

1KOHM

1/10\1'

1KOHM

1/10\1'

1KOHM

1/10\1'

2KOHM

1/10\1'

47KOHM

1/10\1'

75

OHM

1/10\1'

75

OHM

1/10\1'

75

OHM

1/10\1'

75

OHM

1/10\1'

75

OHM

1/10\1'

75

OHM

1/10\1'

16KOHM

1/10\1'

OHM

1/10\1'

OHM

1/10\1' 1/10\1' 1/10\1'

7KOHM

1/10\1'

OHM

1/10\1'

7KOHM

1/10\1'

7KOHM

1/10\1'

7KOHM

1/10\1'

1/1

330KOHM

1/10\1'

10KOHM

1/10\1'

10KOHM

1/10W

10KOHM

1/10'11

10KOHM

1/10\1'

10KOHM

1/10'11

10KOHM

1/10W

10KOHM

1/10\1'

10KOHM

1/10\1'

10KOHM

1/10W

10KOHM

1/10\1'

pt

0\1'

OW

ion

5% 5%

5% 5% 5%

5% 5%

5% 5% 5% 5% 5%

5% 5% 5% 5% 1%

5% 5% 5% 5% 5%

5% 5% 5%

5% 5%

5% 5% 5" 5" 5%

CE50 CE50 CE50 CE50

CE52 CE52 CE52 CE52

CE53 CE53 CE53 CE53

CE54 CE54

Rl

R2

R3

R4 R5

R19 R20

150-0501 150-0501-01 150-0501-02 150-0501-03

150-0464 150-0464-01 150-0464-02 150-0464-03

150-0501 150-0501-01 150-0501-02 150-0501-03

150-0520-03 150-0522-03

476-2101-J-10 476-2101-J-10 476-2101-J-10 476-2302-J-10 476-2302-J-10

476-2105-J-10 476-2680-J-10

CAPE

CP

CAPE

CP

CAPE

CP

CAPE

CP

CAP E CP CAP E CP CAP E CP CAP E CP

CAPE

CP

CAPE

CP

CAPE

CP

CAPE

CP

CAP E CP CAP E CP

RES

CHIP

RES

CHIP

RES

CHIP

RES

CHIP

RES

CHIP

RES

CHIP

RES

CHIP

47UF

6.3V

47UF

6.3V

47UF

6.3V

47UF

6.3V

10UF

16V

10UF

16V

10UF

16V

10UF

16V

47UF

6.3V

47UF

6.3V

47UF

6.3V

47UF

6.3V

100UF lOOUF

100

OHM

100

OHM

100

OHM 3KOHM 3KOHM

1MOHM

68

OHM

MV6.3VC47M

ECEVOJA470 UWXOJ470MCR1 REV

MV16VC10MD55

ECEV1CA100

UWX1C100MCR1

REV MV6.3VC47M

ECEVOJA470 UWXOJ470MCR1 REV

lOY

UWX1AMCR1

lOY

UUR1A101MCR

1/10\1'

5%

1/lOW

5%

1/lOW

5%

1/10W

5%

1/10W

5%

1/10W

5%

1/10\1'

5%

-75-

R108 R109 R110 R111 R112

R113 R114 R115 R116 R117

R118 R119 R120 R121 R122

R124 R125 R126 R127 R128

R129 R130

476-2103-J-10 476-2103-J-10 476-2103-J-10 476-2103-J-10 476-2103-J-10

476-2103-J-10

NOT

USED

NOT

USED

NOT

USED

NOT

USED

NOT

USED

NOT

USED

476-2103-J-10

NOT

USED

476-2103-J-10 476-2472-J-10

476-2472-J-10 476-2101-J-10 476-2101-J-10 476-2101-J-10

476-2101-J-10 476-2101-J-10

RES RES RES RES RES

RES NOT NOT NOT NOT

NOT NOT RES NOT RES

RES RES RES RES RES

RES RES

CHIP CHIP CHIP CHIP CHIP

CHIP USED

USED USED USED

USED

USED CHIP USED CHIP

CHIP

4.

CHIP

4. CHIP CHIP CHIP

CHIP CHIP

100

10KOHM 1

OK

OHM 1 /1 10KOHM 10KOHM 10KOHM

10KOHM

10KOHM lOKOHM

7KOHM 7KOHM

100

OHM

100

OHM

100

OHM

100

OHM OHM

1/10\1'

OW 1/10\1' 1/10W 1/10\1'

1/10\1'

1/10\1' 1/10W 1/10W

1/10'11 1/10W 1/10W 1/10W

1/10W 1/10W

5" 5" 5" 5" 5%

5%

5% 5% 5"

5% 5" 5% 5%

5" 5"

Circuit I

No.

R131

R132 R133 R134 R135

R136 R137 R138

R139

R140

R141 R142 R143

R144

R145 R146

R147 R148 R149 R150

R151 R152 R153 R154 R155

R156 R157 R158 R160

RA1 RAJ RAl 4 77-0170-01

Parts

,

476-2103-J-10

476-2103-J-10 476-2103-J-10 476-2103-J-10 476-2103-J-10

1476-2361-J-10

476-2104-J-10 476-2103-J-10 NOT 476-2301-J-10

476-2512-J-10 476-2222-J-10 476-2511-J-10 476-2511-J-10

476-2103-J-10

476-2103-J-10 476-2103-J-10 476-2391-J-10 476-2224-J-10 476-2511-J-10

476-2511-J-1 476-2103-J-10 NOT NOT NOT

NOT NOT NOT 479-5005-0000

477-0170

477-0170-02

No.

USED

USED USED USED

0

I

RES RES RES RES RES

RES RES RES NOT RES

RES RES RES RES RES

RES RES RES RES

RES RES

RES NOT NOT

NOT NOT

NOT NOT RES

R-PK R-PK R-PK

10KOHM

CHIP

10KOHM

CHIP

lOKOHM

CHIP

10KOHM

CHIP

lOKOHM

CHIP CHIP

360

CHIP

100KOHM

10KOHM

CHIP USED

CHIP

300

CHIP

5.

1KOHM

CHIP

2.2KOHM

CHIP

510

CHIP

51D

1

OKOHM

CHIP

10KOHM

CHIP

lOKOHM

CHIP CHIP

390

CHIP

220KOHM

CHIP

510

CHIP

510 CHIP 1 OK USED USED USED

USED USED USED

0

CHIP

CP CP CP

OHM

8*10KOHM 8*10KOHM 8*10KOHM

Description

1/101'1 1/101'1 1/101'1 1/101'1 1/101'1

OHM

1/101'1 1/101'1 1/101'1

OHM

1/lOW 1/101'1

1/101'1

OHM

1/101'1

OHM

1/101'1 1/101¥

1/101'1 1/101'1

OHM

1/101'1 1/lOW

OHM

1/lOW

OHM

1/101'1

OHM

1/1

OW

1/101\' 1/161'1

1/161'1 1/161'1

5% 5% 5% 5% 5%

5% 5% 5%

5% 5%

5% 5% 5% 5%

5% 5% 5% 5% 5%

5% 5%

2125 5%

1'1/C

5%

1'1/C

5%

1'1/C

Circuit

No.

JP7 JP8 JP9 JP10

JP11 JP12 JP13 JP14 JP15

JP16 JP17 JP18 JP19 JP20

JP21 JP22

1c

som

BS

HOL

BS

HOL

FUSE

Parts

No.

NOT

USED

NOT

USED

NOT

USED

NOT

USED

NOT

USED

NOT

USED

NOT

USED

514-5069

514-5069 514-5069

514-5069 NOT

USED

NOT

USED

476-2102-J-10 NOT

USED

NOT

USED 213-0113 029-000034-08

t

029-000034-08 600-6458

NOT

USED

NOT

USED

NOT

USED

NOT

USED

NOT

USED

NOT

USED

NOT

USED

RES

CHIP

RES

CHIP 0 OHM

RES

CHIP 0 OHM

RES

CHIP 0 OHM

NOT

USED

NOT

USED

RES

CHIP

NOT

USED

NOT

USED

IC

SOCKET

8-TITE 8-TITE

JUMPER

0

lKOHM

40PIN

SCR

PH

SCR

PH

WIRE

Desc

r i

pt

OHM

1/101'1 1/10W

1/10W

ICE-406-S-TG

BLK

3X8R

BLK

3X8R

L=lOMM

11-3-2. SATURN POWER INDICATOR

\\'IRE

HARN

2P

FOR

CN13 LDl

600-6452 390-5511

LED

11-3-3. SATURN R.SW

LD2

390-5568

LED

SL8-25MG

BD

SL8-25DL13F

POWER

GREEN

VAO

ORANGE

ion

5%

LED

2125 2125

r

BD

T

VAO

RA2 RA2 RA2

RA3 RA3 RA3

RA4 RA4 RA4

RA5 RA5 4 77-0170-02 RA5

RA6 RA6 RA6

RA7 RA7 RA7

RA8 RA8 RA8

XI

X2 X3 X4

JPl JP2 JP3 JP4 JP5

JP6

477-0170 477-0170-02 477-0170-01

477-0170 477-0170-01 477-0170

477-0170-02 477-0170-01

477-0170 477-0170-02 477-0170-01

230-5202 NOT

USED 230-5169 230-5170-01

NOT

USED 476-2104-J-10 NOT

USED

NOT

USED

NOT

USED

NOT

USED

R-PK

CP R-PK R-PK

R-PK R-PK R-PK

R-PK

R-PK R-PK

R-PK R-PK R-PK

OSC NOT

CERAMIC XTAL

NOT RES NOT NOT NOT

NOT

8*10KOHM

CP

8*10KOHM

CP

8*10KOHM

CP

8*10KOHM

CP

8*10KOHM

CP

8*10KOHM

CP

8*10KOHM

CP

8*10KOHM

CP

8*10KOHM

CP

8*10KOHM

CP

8*10KOHM

CP

8*10KOHM

CP

B*lOKOHM

CP

8*10KOHM

CP

8*10KOHM

CP

8*10KOHM

CP

8*10KOHM

CP

8*10KOHM

CP

8*10KOHM

CP

8*10KOHM

CP

8*10KOHM

XTAL

17.

USED

RESONATOR

32.

768KHZ

USED CHIP

100KOHM USED USED USED

USED

1/161\' 1/161'1 1/161'1

1/161'1 1/161'1 1/161'1

1/16W 1/161'1 1/161'1

1/161'1 1/161'1 1/161'1

7344MHZ

+-20PPM

CST4.00MGW

+-20PPM

1/10W

5%

1'1/C

5%

W/C

5%

W/C

5%

W/C

5%

W/C

5%

W/C

5%

W/C

5%

W/C

5%

W/C

5%

W/C

5%

W/C

5%

1'1/C

·•

5%

W/C

5%

W/C

5%

W/C

5%

W/C

5%

1'1/C

5%

1'1/C

5%

1'1/C

5%

W/C

5%

1'1/C

SEIKO

50~

SWl CN14

510-5063 600-6451

TACT WIRE

SW

SKEYAC

HARN

5P

FOR

11-3-4. PC BD SH1 FOR SATURN

IC101 IC101

IC102 IC103

E101

E102

L101 ClOl

C102 C103 C104 C105

C106' C107 C108 C109 CllO

C111 Cl12

C113

C114 C115

C116 C117 Cl18

C119 C120

315-5785 315-5785A

315-0947-80 315-5873

212-5473 212-5474

NOT

USED

NOT

USED

NOT

USED 151-0430 151-0430 151-0418

151-0418 151-0418 NOT

USED 151-0418 NOT

USED

151-0418 NOT

USED

NOT

USED

NOT

USED

151-0418 NOT

USED

NOT

USED

151-0418

151-0418 151-0418

IC

CUSTOM

IC IC

IC

CONN CONN

NOT NOT

NOT

CAP

CAP CAP

CAP CAP NOT CAP NOT

CAP NOT NOT NOT CAP

NOT

CAP CAP CAP

CHIP

CUSTOM

CHIP

HM514260AJ-8 CUSTOM

CHIP

lOOP

FX6-100P-0.8SV2

20P

SD-52610-2017 USED USED

USED

CER

CP

CER

CP

CER

CP

CER

CP

CER

CP

USED

CER

CP

USED CER

CP USED USED USED CER

CP USED

USED CER

CP CER

CP

SHl SH1A

SOJ

OCU

lOPF 1

OPF

0.01UF/50V

0.

01UF/50V

0.

01UF/50V

0.01UF/50V

0.

01UF/50V

0.01UF/50V

0.

01UF/50V

0.01UF/50V

RESET

8T

OFP

QFP

YGR019A

50V

CH1608

50V

CH1608

BK1608 8K1608

8K1608 BK1608

8K1608

BK1608 BK1608 BK1608

-76-

11-4. Accessories/Package

List

Circuit

No.

C121 C122 C123 Cl24 C125

C126 Cl27 C128 C129 C130

C131 C132

R101 R102 R103 R104 R105

R106 R107 R108 R109 R110

R111 R112 R113 R114 R115

Parts

No.

150-0501 NOT

USED 151-D418 NOT

USED NOT

USED 476-1103-J-16

476-1103-J-16 476-1103-J-16 476-1103-J-16 476-1103-J-16

476-1472-J-16 476-1472-J-16 476-1472-J-16 476-1222-J-16 476-1472-J-16

NOT

USED NOT

USED 476-1330-J-16 NOT

USED NOT

USED

I

CAP E CP

NOT

USED

CAP

CER

NOT

USED

NOT

USED

NOT

USED

NOT

USED

NOT

USED

NOT

USED

NOT

USED

NOT

USED

NOT

USED

RES

CHIP

RES

CHIP

RES

CHIP

RES

CHIP

RES

CHIP

RES

CHIP

RES

CHIP

RES

CHIP

RES

CHIP

RES

CHIP

NOT

USED

NOT

USED

RES

CHIP

NOT

USED

NOT

USED

Description

47UF

6.

0.

01UF/50V

CP

10KOHM 10KOHM 1

OK

OHM

1

OKOHM

10KOHM

4.

7KOHM

4.

7KOHM

4.

7KOHM

2.2KOHM

4.

7KOHM

33

OHM

3V

MV6.

1/16W 1/16W 1/161'1 1/161'1 1/161'1

1/161'1 1/16W 1/161'1 1/161'1 1/161'1

1/161'1

3VC47M

BK1608

5% 5% 5% 5% 5%

5%

No.

1 2

2 3 4

4 4 4

5 5 5

6 7

Parts

No.

610-5861 6D0-6540

600-6540-01 610-5865 600-6537

600-6538 600-6538-01 600-6571

672-2359A 672-2359B 672-2450A

SGM-4349 SGM-4363

[Note]

[A] [BJ [C]··

ASSY

CP

RGB

CABLE

RGB

CABLE

RF

UNIT

AC

CABLE

AC

CABLE

AC

CABLE

AC

CABLE

MANUAL

MANUAL POLY

BAG

POLY

BAG

· · ·

·UK

....

SOE

··AUSTRALIA

Oeser i pt

SAT

EUR

SATURN

PAL

SATURN

PAL

STURN

TOWA

SATURN

PLUG=MF

SATURN

PLUG=C

SATURN

PLUG=C

SATURN

PLUG=S

HARD

SATURN

HARD

SATURN

HARD

SATURN

340*340*0.05 200*310*0.05

ion

[A,

V2

PAL-G/1

MULTI A [A, MULTI B [A. AUS

A

EXP EXP

[A,

[CJ [A]

[8]

[BJ [C]

[C]

6 6

B]

BJ B]

R116 R117 R118 R119

RM101 RM102 RM103 RM104

X101 CN1

NOT

USED NOT

USED 477-0141-01

477-0141-01 477-0141-01 477-0141-01

230-5196

209-5077

NOT

USED

NOT

USED

NOT

USED

NOT

USED

R-PK

CP

R-PK

CP

R-PK

CP

R-PK

CP

XTAL

20MHZ

EDGE

CONN

4*330HM

4*330HM 4*330HM 4*330HM

1/16W 1/16W 1/16W 1/161'1

lOOP

N630-9523-T005

5% 5% 5% 5%

SMD-49

-77-

II

Printed

in

Japan

50630

(/)

Sega Saturn Service Manual

Specifications and Main Features

Frequently Asked Questions

User Manual