Sega MK - 80200-50, Saturn MK - 80200-50 Service Manual

llfliA"

SERVICE

MANUAL

SEGA SATURN (PAL)

NO.

013-

1

ISSUED

JUNE,

1995

CONTENTS

1.

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

2.

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

3.

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

4.

IDENTIFICATIONS AND LOCATIONS OF CIRCUIT BOARDS · · · · 5

5.

DISASSEMBLY

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

6

6.

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

7.

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

11

8.

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

13

9.

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

27

10. PARTS SPECIFICATIONS

..

···

.. · .. · ..

···

....

·····

..

····

.. · ..

32

11. EXPLODED VIEW & PARTS LIST ·

..

· ·

..

· ·

...... · .. · ...... · ..

70

11-1. Exploded

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

70

11-2. Mechanical Parts List · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · ·

71 11-3. Electrical Parts List · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · 72 11-4. Accessories/Package list · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · · 77

Sega Enterprises, Ltd.

PROTECTION OF EYES FROM LASER BEAM DURING SERVICING

This

set

employs

laser.

Therefore,

be

sure

to

follow

carefully

the

instructions

below

when

servicing.

Warning

When

servicing,

do

not

approach

the

laser

exit

with

the

eye

too

closely.

In

case

it

is

necessary

to

confirm laser

beam

emission.

Be

sure

to

observe

from

a distance of

more

than

30

em

from

the

surface of

the

objective

lens

on

the

optical

pick-up

block.

£ Cautio"' Invisible laser

radiation

when

open

and

interlocks

defeated

avoid exposure

to

beam

Caution

Use

of controls or adjustments or performance of procedures other

than

those specified

herein

may

result

in

hazardous

radiation

exposure.

This

console

is

classified

as a CLASS 1 LASER

product.

SAFETY PRECAUTIONS

Notice:

Comply

with

all

cautions

and

safety

located

on

or inside

the

cabinet

and

on

the

chassis.

I.

When

replacing a chassis

in

the

console,

all

the

protective devices

must

be

put

back

in

place,

such

as

barriers, non-metallic

knobs,

adjustment

and

compartment covers/shields, isolation resistors/capacitors,

etc.

'

When

service

is

required, observe

the

original lead-dress. Extra precautions

should

be

taken

to

assure correct

lead

dress

in

the

high

voltage circuit.

3.

Always

use

the

manufacturer's replacement components. Especially critical components

as

indicated

on

the

circuit diagram

should

not

be

replaced

by

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

has

occurred, replace those components

that

indicate evidence of overheating.

PRODUCT SAFETY NOTICE

Many

electrical

and

mechanical

parts

have

special safety-related characteristics. These are

often

not

evident

from

visual

inspection

nor

can

the

protection afforded

by

them

necessarily

be

obtained

by

using

replacement components

rated

for higher

voltage, wattage,

etc.

Replacement parts

which

have

these special safety characteristics

are

identified

in

this Service

Manual.

Electrical components

having

such

features

are

identified

by

marking

with

a it,

in

the

parts

list

in

this Service

Manual.

The

use

of a substitute replacement component

which

does

not

have

the

same safety characteristics

as

the

SEGA

recommended

replacement

one,

shown

in

the

parts list

in

this

Se[Vice

Manual,

may

create shock,

fire,

or other hazards. Product Safety

is

continuously under

review

and

new

instructions

are

issued

from

time

to

time.

CAUTION ON FUSE

REPLACEMENT

Caution:

For continued protection against risk of

fire,

replace

only

with

same type, amperage, volt

fuse.

Attention:

Afin

d'assurer

une

protection permanente contre

tout

risque d'amon;age electrique, replacer uniquement

par

un

fusible

de

meme

type

et

de

amperes

volts.

8 This symbol indicates a

Fast

Operating Type Fuse .

.8.

This symbol indicates a Time

Lag

Type

Fuse.

-2-

Audio CD:

SATURN

COMPATABILITY

The normal audio Compact Disc

is

playable on the Saturn machine, and can

be

altered with all the effects

of

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

to

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

pictures. You need to buy

no

extra equipment to use CD+G on your Saturn.

CD+EG:

CD

and extended graphics is a new medium ready

to

be utilised by the music

community. It is basically an enhanced version of what

is

described above in

CD+G. You need no extra equipment to use CD+EG on your

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

to be viewed, the MPEG program decodes the footage and plays it on screen. The MPEG add-on is needed in order

to

use the MPEG video CDs and Philips CDi.

At the current rate

of

compression one movie can fit on two CDs.

',

I

Developed by Philips, CDi is an interactive CD format that can be used in a variety

of

educational and entertainment purposes. Using video footage and CD

quality sound CDi has become an industry leader in the field

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

Saturn can access Kodak

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

Photo CD stores

open in the major cities.

Frame Buffering: A technique

to

maximise graphic display performance

by letting the graphics processor chip

"set aside" images

it

has

already calculated, allowing it

to

work on enerating the next fraction

of a seconds visual images, all while the screen is still busy painting

the last fraction

of

a second's display.

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

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

properly, parrallax scrolling can result.The

Sega Saturn has a whole

chip dedicated

to

controllingbackgrounds (the VDP2 or Video

Display Processor

2") that can generate 5 distict layers of

background at the same time.

Polygons/Second:

(1000's of) The number

of

polygons

of

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

or

lighting.

Realtime: An important adjective that usually indicates the game display

is being re-calculated every second, taking into account the

full

effects

of

the player's actions. When reffering

to

a game's response or speed, it means the game responds instantly to the player's commands.

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.

"Daytona USA" is a great

example

of

a texture mapped game.

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

of

view ("camera

angle")

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

the on-screen action. Typically requires strong scaling and rotational

capabilities. This can be seen on

Sega Sports games on Saturn.

1.

SPECIFICATIONS

Ratings

Model

MK - 80200-50

Power

supply

AC220-240 V 50/60

Hz

Power

consumption

Approx.

20W

Operating

environment

Temperature 5

°C

to

35

°C

HumiditylO%

to

80%

RH

(no

condensation)

Dimensions

260

mm(W) X 230

mm(L) X 83

mm(H)

(10.2 inches) x

(9.0

inches) x

(3.2

inches)

Specifications

Master

32bit

RISC

SH2

(28.4

MHz,

25MIPS)

CPU

Slave 32bit

RISC

SH2

(28.4

MHz,

25MIPS)

Sound

68ECOOO

(11.3

MHz)

Work

RAM

16

Mbit

Video

RAM

12

Mbit

Sound

RAM

4Mbit

Memories

CD

Buffer

RAM

4Mbit IPLROM 4Mbit Backup

RAM

256

Kbit

Resolution

320 x 224

dot

etc.

Graphics Colors

1024/2048

(16,770,000 simultaneous transmission)

Sprite Enlargement,

Reducation,

Rotation,

Transformation

5 screen

maximum

XY

Scroll 4

Rotation

2

Enlargement

I

reduction

2

Scroll

Windo~

2 Vertical

cell

scroll

Special features

Lateral

line

scroll

Enlargement

I

reduction

Polygons

Specialized

hardware

Wire

frame

CG

Functions

Special features Flat

shading

Gouraud

shading

32

channels

Sound

PCM & FM

sound

source

16

bit

sampling

Sampling

rate

44.1

kHz

max.

AudioDSP

CD-ROM

Intelligent double-speed

CD

drive

[Note]

Characteristics

and

specifications

may

be

changed

without

notice.

-3-

2.

IDENTIFYING PARTS

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

OPEN

Button Cartridge Slot

ACCESS

Light

CONTROL PORT 1 CONTROL PORT 2

2-2.

Back

View

of

Console

Master Reset Switch

DIRECTIONAL

Button START Button

2

RIGHT SHIFT Button

A Button B Button C Button

POWER Jack

AN

OUT Jack

-4-

3. ACCESSORIES

Positive Side

B

Lithium Battery (CR2032)

RGB

Cable

AC Cable

[UK]

AC Cable [SOE] AC Cable [AUSTRALIA]

4. IDENTIFICATIONS AND LOCATIONS OF CIRCUIT BOARDS

CD

Drive Unit

P.

SW Board

Main Board

R.

SW

Board

Fig.

4-1

-5-

5.

DISASSEMBLY PROCEDURE

5-1. Top Case Removal

1)

Remove

six

screws ®

and

then

the

top

case

in

the

direction of

the

arrow.

Fig.

5-1

5-2. CD

Compartment

lid

Removal

1)

Remove

two

screws ®

and

then

the

bracket

lid

CD

spring.

2)

Remove spring © .

3)

Remove

two

screws@

and

then

the

oil

dumper.

4)

Push

the lever

in

the

direction of arrow ®

to

release the

boss

and

then

push

the lever

in

the

direction of arrow ®

to

remove the

CD

compart-

ment

lid.

Fig. 5-2

5·3. CD Drive Unit Removal

1).

Disconnect

two

connectors

and

one

flat cable.

2)

Remove

the

CD

drive

unit

in

the direction of

arrow

©.

Fig. 5-3

5-4.

SH-1

Board

Removal

-6-

l)

Remove four screws ®

and

then

the

top

shield

plate.

2)

Remove screw

CD

and

release three tabs,

then

lift

the

SH-1

board

in

the

direction of arrow

Q)

to

remove

it.

Fig. 5-4

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

If@

and then the power

board.

2) Remove screw

® and then the power indicator

board.

3) Remove two screws

@ and then the

R.

SW

board.

R.SWBoard

Fig. 5-6

-7-

6.

CD DRIVE MAINTENANCE AND ADJUSTMENT

6-1. Maintenance

of

Pickup

I)

Checking the laser diode As the laser diode wears out, the RF level (amplitude

of

eye pattern) becomes lower.

Check that the RF level

is

0.8V - l.4Vp-p during

maintenance. If the RF level is less that

0.8Vp-p

then the pickup should be replaced.

2) Variable resistor on the

APC board The variable resistor attached to the pickup on the APC board is used to adjust the output power

of

the

laser. This adjustment

is

done at the facto!}' and

can not be performed

in

the field.

If

the laser's

output power

is

low, the laser diode has worn out and should be replaced. Adjusting this variable resistor may cause damage

to

the laser diode.

6-2. Laser Pickup Replacement

Procedure

-8-

Turn the power switch

off

and unplug the power

cord from the

AC outlet.

1

Replace the pickup.

1

Set the door close detection switch

to

on

manually and turn the power switch on.

Check 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.

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

to

3

times. times.

Adjustment Preparation

Apply markings to the positions

of

the variable resistors

before adjustment.

If

the adjustment are out

of

the

specifidtions,

the following symptoms may occur.

[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.

If

the

adjustment

is

too high portions

of

a track may be skipped

and noise will increase.

[Tracking gain]

If

the tracking adjustment

is

too low the drive

is

more

susceptable to shocks

or

bumps, portions

of

a track may be

skipped

or

the disk time counter may stop.

If

the adjustment

is

too high the pickup lens may oscillate

leading to unstable

or

distorted sound.

The

focus and tracking adjustments are done so as to

mutually satisfy conflicting characteristics.

6-3. Test equipment and tools

necessary for adjustment

I. Oscilloscope

2.

DC voltmeter

3. Non-metallic adjustment screwdriver

4.

Test

CD (A-BEC TCD-792A)

6-4. CD Drive Unit Adjustment Proce-

dure

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6-4-1.

FE

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and focus gain adjustment

I. Connect the oscilloscope to test point

FE

IN

as

shown

in

Fig. 6-2.

2.

Turn the power switch on and set the

CD

drive to

the stop mode.

3.

Adjust

Rll4

(FE

bios) so the DC voltage at the

test point (FE IN)

is

OV.

4.

Play the first track

of

the test CD and adjust

Rill

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

6-4-2.

FE

balance and tracking gain

adjustments

I.

Connect the oscilloscope to test point

BP

IN as

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

TEST

pin to

GND.

4.

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RI04

(FE

balance) so the

center

voltage

of

the waveform

is

OV.

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Rll3

(tracking gain) so the amplitude

of

the wavefonn is 0.4V as

in

Fig. 6-4.

Fig. 6-4

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PARTS

SPECIFICATIC•It.JS

IC1/2

IC H06417095F28 QFP HITACHI

Parts No.: 315-0922A

•Top

View

108

109

i

!

I

i i

114 i

• Description

73

HD6417095

38

i i i

i

i i

i

72

37

IG

H06417095SF28 QFR HITACHt

Parts

No.

: 315-0998

No. 1/0

Name

1

Dll

2

1/0

012

Data

bus

3

013

4

VCCl

Power supply (SV)

5

1/0

014

Data bus

6

VSSI

Power

supply

(OV)

7

015

8

016

·---

9

l/0

017

Data

bus

·-

10

018

--

11

019

12

VCC2 Power supply (SV)

13

1/0

D20 Data bus

14

-

VSS2

Power supply

(OV)

15

D21

16

1/0

D22 Data

bus

--

17

D23

18

VCC3 Power supply

(SV)

19

1/0

D24

Data

bus

-·

20

-

VSS3 Power supply

(OV)

21

D25

--

22

1/0

D26

Data

bus

--

23

D27

·-·

24

- VCC4 Power supply

(SV)

·-

25

l/0

D28

Data

bus

26

-

VSS4

Power

supply

(OV)

27

D29

·--

28

I!O

D30

Data

bus

29

031

30

AO

---

31

1/0

AI Address

bus

32

A2

33

-

vsss

Power supply

(OV)

34

A3

---

35

A4

--

36

AS

37

1/0

A6

--

Address

bus

---

38

A7

39

A8

-

40

-

vccs

Power supply

(SV)

.

-32-

Function

-

No.

1/0

Pin Name

Function

41

1/0

A9

Address bus

42

- YSS6

Power

supply

(OV)

43

A10

44

All

45

I/0

A12

Address bus

46

A13

47

Al4

48

- YCC6

Power supply (5Y)

49

1/0

A15

Address bus

50

-

YSS7

Power

supply

(OY)

51

Al6

52

I/0

Al7

Address bus 53 A18 54

-

VCC7

Power supply (5Y) 55

1/0

Al9

Address bus

56

- YSS8

Power

supply(OY)

57

A20

58

1/0

A21

Address bus 59

A22

60

-

VCC8

Power supply (5Y) 61

1!0

A23

Address bus 62

-

VSS9

Power

supply

(OY)

63

A24

64

1/0

A25 Address bus

65

A26

66

0

DACKO

DMACO

acknowledge

67

-

YCC9

Power supply (5Y)

68

0 DACK1

DMACl acknowledge 69

-

VSSIO

Power

supply

(OY)

70

I

DREQO

DMACO

request

71

I DREQ1 DMAClrequest

72

0

cso

I Chip select 0

73

0

CS1

Chip select I

74

0

CS2

Chip select 2

75

0

CS3

Chip select 3

76

I/0

BS

Bus cycle start

77

1/0

RD/WR

Read/write

78

-

YSSll

Power supply

(OY)

79

0

RAS,

CE

RAS for DRAM/SDRAM,

CE

for PSRAM

80

0

CAS,OE

CAS for SDRAM/OE for PSRAM

81

0

CASHH, DQMUU,

WE3

Each memory most significant byte select signal

82

0

CASHL,

DQMUL, WE2

Each memory 2nd significant byte select signal

83

0

CASLH,

DWMLU,

WEI

Each memory 3rd significant byte select signal

84

-

YCClO- Power supply (5Y)

85

0

CASLL,

DQMLL,

WEO

Each memory least significant byte select signal

86

-

YSS12

Power

supply

(OY)

87

0

RD

Read pulse

88

0

CKE

SDRAM clock enable control

89

I

WAIT

Hardware wait request

90

0

BEN

Reserve

91

-

YSS13

Power

supply

(OY)

92

I

BACK, BRLS

Bus right permission in slave mode/Bus right acknowledge

in

master mode.

93

0

BREQ,BGR

Bus right request in slave mode/Bus right acknowledge in master mode

94

0

WDTOYF

Watch dog timer output

95

0

FTOB

Free-running timer output B

96

-

VCC11

Power supply (SY)

97

0

FTOA

Free-running timer output A

98

-

VSS14

Power

supply

(OY)

99

I

FTI

Free-running timer input

100

I

FTC!

Free-running timer clock input

101

I RXD

Serial data input

102

0

TXD

Serial data output

103

1!0

SCK

Serial clock input/output

-33-

No.

1/0

Name

Function

104

-

VCC(PLL)I2

Power

supply (5V)

of

built-in PLL

105

I

MDO

Operation mode pin

106

-

VSS(PLL)I5

Power supply

(OV)

of

built-in

PLL

107 I MDI

Operation mode pin 108

0

CAP!

External capacitor connection pin for PLL 109 CAP2

110

I

MD2

Operation mode pin Ill

0

CKPACKN

Clock pause acknowledge output

112 I

CKPREQN

Clock pause request input

113

-

VCC13

Power supply (5V)

114

-

N.C

Not connected.

115

-

VSS16

Power

supply

(OV)

116

-

N.C

Not connected.

117

I

MD3

Operation mode pin

118

I/0

CKIO

System clock input/output

119

I

MD4

Operation mode pin

120

MD5

121

-

VSSI7

Power supply

(OV)

122

I

RES

Reset

123

-

VCC14

Power supply (5V)

124

0

IVECF

Interrupt vector fetch cycle

125

I

NMI

Non-maskable interrupt request

126

IRL3

127

I

IRL2

External interruput factor input

128

IRLI

129

IRLO

130

I/0

DO

Data bus

131

Dl

132

-

VCC15 Power supply (5V)

133

I/0

D2

Data bus

134

-

VSS18

Power

supply

(OV)

135

D3

136

1/0

D4

Data bus

137

D5

138

D6

139

-

VCCI6

Power supply (5V)

140

1!0

D7

Data bus

141

-

VSSI9

Power supply

(OV)

142

D8

143

1!0

D9

Data bus

144

DIO

-34-

• Block Diagram

~

MULT

(/)

::l

co

(/) (/)

LU

CPU

v--

a:

(/)

-~

CACHE TAG

1:==1

§_~

::l

co

<(

i

LU-_/

1-

::r:

<(

A

C)

0

<(

LU

C)

::r:

EXCEPTION

~

C)

PROCESS

<(

C)

INTERRUPT

-

..J

~(I

CACHE

CONTROLLER

-

<(

CONTROLLER

z

"

u;

16-bit

1-

I

K=1

l=REE-RUNNING

0...

::l

TIMER

a:

ffi

h

1-

;;

~

k

(/)

..J

::l

<(

co

v

z

(/)

CACHE

BREAK

a:

(/)

SERIAL

LU

DATA

()=~

CONTROLLER

1-

a:

COMMUNI-

;;

0

~

CATIONS

0

1'-'

<(

INTERFACE

co

..J

(/)

::l

~i

~

<(

co

a:

<(

LU

0

::r:

1-

..J

0...

<(

VECTOR ADDRESS

a:

0

z

LU

DIVU

1-~

a:

0...

..J

WATCH DOG

LU

~-§y

1-

<(

TIMER

z

a:

..J

::r:

<(

0...

z

a:

LU

I I

LU

~

1-

BUS STATE

0...

DIRECT

_____/

;;

CONTROLLER

-

MEMORY

ACCESS

CONTROLLER

r--;

OpERATION

(X2 CHANNELS)

MODE

CONTROLLER

OSCILLATOR

""'/

""'-/

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

• Top View &

Layout

1/05

VssO

1/06 1/07

CAS

1

AS

Vee

• Block Diagram

0:::

w

0

(.)

w

0

z

::!!:

::>

-'

0

(.)

o8

a::

UJ

il:

::;

g_

:IE

<

UJ

If)

z

UJ

If)

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

MEMORY ARRAY

BANKO

512 X

256 X HI

bit

•Pin

Name

Pin Name

A0-A9

I/00-I/015

AO

-A7

cs

RAS

CAS

WE

DQMU

DQML

CLK CKE

Ycc

Yss

YccO

YssO

NC

0:::

w

0

(.)

w

0

z

::!!:

::>

-'

0

(.)

-36-

IC HM5241605TT-15 TSOP

Parts

No.

: 315-0928-15

Function

Address inputs

Row addresses

AO-A8

Column addresses

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 Power supply

of

l/0

pins

Ground

of

I/0

pins

Not connected

AO

-A9

MEMORY ARRAY

BANK1

512

X 256 X 16 bit

CONTROL LOGIC &

TIMTING GENERATOR

ICS

SCU

{Custom

Gate

Array)

IC CUSTOM CHIP SCU QFP

Pans

No.:

315-5688

•Top

View

52

53

• Description

No.

1/0

I

-

2

1!0

3

1/0

4

1/0

5

1/0

6

I/0

7

I/0

8

1!0

9

-

10

I/0

11

-

12

I/0

13

I/0

14

1!0

15

1/0

16

0

17

0

18

0

19

-

20

0

21

-

22

0

157

104

156

I

105

Name

VSS AD4 ADS· AD6 AD7 AD8 AD9

ADIO

VDD

ADII

vss

AD12 AD13 AD14 ADIS

AAO AAl

AA2

vss

AA3 VDD

AA4

• Block Diagram

INT

f--

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

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

p->

CPU

1/F

A-Bus

1/F

DMA

-

TIMER

.__

:: -

1-_:-+---ilB

B-Bus

1/F

DSP

Function

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

10 Power supply +5V A-bus data

bitll 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

0 A-bus address bit 1 A-bus address bit 2 GND A-bus address bit 3 Power

supply +5V

A-bus address bit 4

-37-

No.

1/0

Pin Name Function

23

0

AA5

A-bus address bit 5

24

0

AA6

A-bus address bit 6

25

0

AA7 A-bus address bit 7

26

0

AA8

A-bus address bit 8

27

-

VSS GND

28

0

AA9

A-bus address bit 9

29

0

AAIO A-bus address bit 10

30

0

AAll

A-bus address bit

11

31

-

VDD

Power supply +5V

32

0

AA12 A-bus address bit 12

33

0

AA13

A-bus address bit

13

34

0

AA14 A-bus address bit 14

35

-

vss

GND

36

0 AA15

A-bus address bit

15

37

0 AA16 A-bus address bit

16

38

0 AA17

A-bus address bit 17

39

0

AA18

A-bus address bit

18

40

0 AA19 A-bus address bit 19

41

-

VDD Power supply +5V

42

0 AA20 A-bus address bit 20

43

-

vss

GND

44

0

AA21

A-bus address bit

21

45

0 AA22 A-bus address bit 22

46

0

AA23 A-bus address bit 23

47

0

AA24 A-bus address bit 24

48

0

AFCO

A-bus function code bit 0

49

0

AFCI A-bus function code bit 1

so

0

AAS

A-bus address strobe

51

0

ACSO

A-bus chip select 0

52

'

-

VSS GND

53

0

ACSI

A-bus chip select 1

54

0

ACS2

A-bus chip select 2

55

-

VDD Power supply +5V

56 I

AWAIT

A-bus external wait

57

I

All:«)

A-bus external interrupt factor

58

I

TEST

Test mode selection (normally, input

"H")

59

0

ARD

A-bus read pulse

60

0

AWRU

A-bus byte

0 (AD15-8) write pulse

61

0

AWRL

A-bus byte 1

(AD7-0)

write pulse

62

-

VSS GND

63

0

ATIMO

A-bus external access timing 0

64

0

A TIM I

A-bus external access timing 1

65

0

ATIM2

A-bus external access timing 2

66

1/0

BDO

B-bus address/data bit 0

67

1/0

BDl

B-bus address/data bit 1

68

1/0

BD2

B-bus address/data bit 2

69

- VDD Power supply +5V

70

1/0

BD3

B-bus address/data bit 3

71

- VSS GND

72

1/0

BD4

B-bus address/data bit 4

73

1/0

BD5 B-bus address/data bit 5

74

1/0

BD6

B-bus address/data bit 6

75

1/0

BD7

B-bus address/data bit 7

76

1/0 BD8

B-bus address/data bit 8

77

I/0

BD9

B-bus address/data bit 9

78

1/0

BDlO

B-bus address/data bit 10

79

-

VDD

Power supply +5V

80

1/0

BOll

B-bus address/data bit

11

81

-

vss

GND

82

I/0

BD12

B-bus address/data bit 12

83

1/0

BD13

B-bus address/data bit 13

84

I/0

BD14

B-bus address/data bit 14

-38-

No.

I

1/0

Pin Name

Functior:.

85

I

I/0

BOIS

B-bus address/data bit

15

86

I

IROL

Light pen interrupt

87

I

IRQV

VDP2•V

blank interrupt

88

'

I

IRQH

VDP2•H

blank interrupt

89 I

BRDY2

VDP2 data ready

90 0

BCS2

VDP2

chip select

91

0

BADDT

· B-bus address/data switching signal

92

-

VSS

GND

93

0

BDTEN

B-bus data enable

94

- VDD

+SV

Power supply

95

0

BCSS

SCSP

chip select

96

I

BRDYS

SCSP

data ready

97 I

IRQS

SCSP

interrupt

98

0

BCSI

VDPI

chip select

99

I

BRDY1

VDPI data ready

100

I

IR1)1

VDPI interrupt

101

1/0

CAD

C-bus address bit 0

102 1/0

CAl

C-bus address bit 1

103

1/0

CA2

C-bus address bit 2

104

-

vss

GND

105

-

VDD

+SV

Power supply

106

I/0

CA3

C-bus address bit 3

107

1/0

CA4

C-bus address bit 4

108

1/0

CAS

C-bus address bit 5

109

1/0

CA6

C-bus address bit 6

110

-

VSS GND

Ill

1/0

CA7

C-bus address bit 7

112

1/0

CAS C-bus address bit 8

113

1/0

CA9 C-bus address bit 9

114

1/0

CAlO

C-bus address bit

10

115

-

VSS

GND

116

1/0

CAll

C-bus address bit

11

117 -

VDD

+SV

Power supply

118

1/0 CA12

C-bus address bit 12

119

1/0 CA13

C-bus address bit

13

120

1/0

CA14 C-bus address bit 14

121

-

vss

GND

122

I/0

CA15

C-bus address bit

15

123

I/0

CA16 C-bus address bit

16

124

I/0

CA17 C-bus address bit 17

125

I/0

CA18 C-bus address bit

18

126

I/0

CA19 C-bus address bit

19

127

-

VDD +SV Power supply

128

l/0

CA20·

C-bus address bit 20

129

-

vss

GND

130

1/0

CA21 C-bus address bit

21

131

1/0

CA22

C-bus address bit 22

132

l/0

CA23

C-bus address bit 23

133

1/0

CA24

C-bus address bit 24

134

1!0

coo

C-bus data bit 0

135

l/0

CDl

C-bus data bit 1

136

1/0

CD2

C-bus data bit 2

137

-

VSS

GND

138

1/0

CD3

C-bus data bit 3

139

-

VDD +SV Power supply

140

1/0

CD4

C-bus data bit 4

141

1/0

CDS

C-bus data bit 5

142

I/0

CD6

C-bus data bit 6

143

1/0

CD7

C-bus data bit 7

144

-

vss

GND

145

1/0

CDS

C-bus data bit 8

146

1/0

CD9

C-bus data bit 9

-39-

No.

1/0

P.in"Name

Function

147

1/0

COlO

C-bus data bit I 0

148

1/0

COil

C-bus data bit

11

149

- VOO +5V Power supply

ISO

1/0

CDI2

C-bus data bit

12

151

-

VSS GNO

152

1/0

CDI3

C-bus data bit

13

153

1!0

CDI4

C-bus data bit

14

154

1/0

CDIS C-bus data bit

15

155

1/0

C016

C-bus data bit

16

!56

1/0

CDI7 C-bus data bit 17

157

-

vss

GND

!58

1/0

CDI8

C-bus data bit

18

!59

1!0

CDI9

C-bus data bit

19

160

-

VOO

+5V Power supply

161

1/0

C020

C-bus data bit 20

162

1/0

C02!

C-bus data bit

21

163

1/0

C022

C-bus data bit 22

164

-

VSS GND

165

1!0

CD23

C-bus data bit 23

166

1!0

C024

C-bus data bit 24

167

1/0

CD25 C-bus data bit 25

168

1/0 CD26 C-bus data bit 26

169

1!0

CD27 C-bus data bit 27

170

-

VOO +5V Power supply

171

1/0

CD28 C-bus data bit 28

172

-

VSS

GNO

173

1!0

CD29 C-bus data bit 29

174

I/0

CD30

C-bus data bit 30

175

1/0

CD31 C-bus data bit

31

176

I

CCSI

C-bus chip select 1

177

I

CCS2

C-bus chip select 2

178

0

CCS3

C-bus chip select 3

179

-

VSS

GND

180 I

RESET

Initial reset

181

I

CLK28 System clock

182

1/0 CRDWR

C-bus read/write

183

I

CRO

C-bus read pulse

184

-

VDO +5V Power supply

185

1!0

CDQMUU

SDRAM

byte 0 (CD31-24) write pulse

186

IJO

CDQMUL

SDRAM

byte I

(C023-I6)

write pulse

187

I/0

CDQMLU

SDRAM

byte 2 (CD! 5-8) write pulse

188

I/0

C:DQMLL

SDRAM

byte 3

(C07-0)

write pulse

189

-

VSS

GND

190

0

RAS

·-

SDRAMRAS

191

0

CAS

SDRAMCAS

192

0

CWAIT

C-bus external wait

193

- VDO

+5V Power supply

194

I

CIVECF

C-bus interrupt vector fetch sycle

195

0

CIRLO

C-bus external interrupt factor 0

196

0

CIRLI

C-bus external interrupt factor 1

197

0

CIRL2

C-bus external interrupt factor 2

198

0

CIRL3

C-bus external interrupt factor 3

199

- VSS GND

200

0

CBREO

C-bus right request

201

I

CBACK

C-bus right acknowiedge

202 I

MIREQ

System

manager interrupt

203

0

AA25

A-bus address bit

25

204

I/0

ADO

A-bus data bit 0

205

l/0

AD!

A-bus data bit I

206

I/0

AD2 A-bus data bit 2

207

1!0

AD3

A-bus data bit 3

208

-

VDO

+5V Power supply

-40-

IC6 DCC

IC CUSTOM CHIP DCC QFP

Parts No. : 315-5778

•Top

View

80

81

100

•Pin

Name

No.

1/0

I

2

0

3

0

4

0

5

-

6

0

7

0

8

I

0

9

0

10

0

II

0

12

0

13

0

14

0

15

-

16

-

17

0

18

0

19

0

20

0

21

0

22

0

23

0

24

0

25

-

26

-

27

I

28

I

29

I

30

I

31

I

32

I

33

I

34

I

Name

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

Al A2 A3 A4 A5 A6 A7 AS

51

30

50

I I

!

I

31

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

-

0

-

I

I I

-

I I I

0

-

I

-41-

Name No.

1/0

Name

A9

69

I

WEO

AlO

70

-

vss

All

71

0

BACK

Al2

72 0

EXBACK

A13

73

0

BRLS

VSS

74

-

VSS

VDD

75

I

BGR

A14

76

I

BREQ

Al5

77 I

I

EXBREQ

Al6

78

0

MFT1

A17

79

0

SFTl

Al8

80

-

VDD

A19

81

I

CK

A20

82

-

VSS

A2l

83

I

RESET

A22

84

I

BS

A23

85

I

EWT

A24

86

0

IOCE

vss

87

0

EXT

CEO

IREQl

88

0

EXTCEI

IREQ2

89

0

EXTCE2

VDD

90

-

vss

IVECF

91

-

VDD

RD/WR

92

I

HINT

RD

93

I

VINT

vss

94

I

DECON

CS2

95

0

ROMCE

CSl

96

0

SMPCCE

cso

97

0

SRAMCE

WAIT

98

0

MOE

VDD

99

0

MWR

vss

100

-

vss

WTIN

WEI

IC7

IPL

ROM

OS SATURN IPL-ROM PAL DIP

Parts

No.:

EPR-17933

Parts

No.:

MPR-17933

• Top View & Pin Layout

010

03

011

ICS

BACKUP

RAM

AS AS

A10

A11

A12 A13

A14 A15 A16

1

BY'i'E

GND D151A-1 07 014

06

013 05 012

D4

IC CXK58267 AM-1

OL

SOP

Parts No. : 315-0948-10

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

•Pin

Name

A0-Al7

Address inputs

CE

Chip enable

OE

Output enable

GND

Ground

BYTE

DO-DIS

Data inputs/outputs

Vee

+SV power supply

IC UPD43257B-1

OLL

SOP IC M5M5255BFP-12LL SOP

Parts No. : 315-0930-10

Parts

No.:

315-0964-10

IC UM62257M-70LL SOP

Parts

No.:

315-1002-70

II

Top View & Pin Layout

A14

vee

WE A13

Vee

AS

MEMORY

AS

MATRIX

A11

512 X 512

CE2

GND

CE1

1

II

OS

1101

1/07

1102

1106

1/03

1105

GND

I!OGATE COLUMN

DECODER

• Description

Name Function

AO-Al4 Address inputs

1!01-I/08

Data inputs/outputs

CEl,

CE2

Chip enable inputs

WE

Write enable input

Vee

+5V power supply

1101

1108

GND

Ground

-42-

IC9 SMPC

IC

CUSTOM

CHIP

SMPC

QFP

Parts No.: 315-5744

•Top

View

64

52

19

20

32

• Description

No.

1/0

Name

1 R70

-

2

R71

3

R72

1!0

4

R73

5

R50

6

R51

I

7

R52

8

R53

9

-

TEST

10

OSCl

I!O

11

OSC2

12

-

GND

13

X2

1!0

14

XI

15

RESET

16

-

vee

17

I cs

18

I

R/W

19

AI

20

A2

21

A3

22

I/0

A4

23

AS

24

A6

25

DBO

26

DBI

27

DB2

28

DB3

29

l!O

DB4

30

DBS

31

DB6

32

DB7

I

51

I

33

Function

Not connected.

Reset control

Jumper configuration input

Not connected

~GND

Clock 3

Ground

Clock 4

Master reset input Power Chip select input Read/write input

Address bus

Data bus

-43-

No.

1/0

33

34

35 36

I/0 37 38 39

40

41 42

43

I/0

44

45 46 47

I

48

I

49

50

l/0 51

52

-

53 54 55 56 57

1/0

58 59 60 61 62

1/0

63

-

64

Name

Function

PIOOA Pl01A PI02A PI03A

Control pad PI04A PI OSA PI06A

PIOOB PIOlB PI02B PI03B

Control pad PI04B PIOSB PI06B

EXL

Input

INTO/D13

Input

INT2!R01

Backup RAM reset control

DO

Reset control

Dl

D2

Not connected.

D3 D4 DS D6

Reset control

D7 D8 D9

DlO

R60

Reset control

R61 R62

Not connected.

R63

IC10

VDP1

IC

CUSTOM CHIP

VDP1

QFP

IC

CUSTOM CHIP

VDP1

S QFP

Parts

No.

: 315-5689 Parts

No.

: 315-5883

•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

Function

Ne

Not connected. VRAMA7 VRAMA8 Address bus (VRAM) VRAMA9

VSS

Ground for 1/0 pin

veLK

Clock (VRAM)

VUDQM

Upper

byte input/output mask(VRAM)

VLDQM

Lowerbyte input/output mask(VRAM)

VSS

Ground for internal circuit

veASN

Column address asserted (VRAM)

VRASN

Row address asserted (VRAM)

vee

Power supply

VWEN

Write enable (VRAM)

veSN

Chip select (VRAM)

MeLK

Master clock

RESETN

Reset

vss

Ground for 1/0 pin

esN

Chip select

ADN

Address/data select

DTEN

Data enable

IRON

Interrupt request

READYN

Ready

VBUSO

VBUSl

Address/data bus (Syscon)

VBUS2

vss

Ground for

1!0

VBUS3

VBUS4 VBUS5

Address/data bus (Syscon)

VBUS6

VRUS7

vee

Power

supply

VBUS8

VBUS9

Address/data bus (Syscon)

VBUSlO VBUSll

vss

Ground for internal circuit

VBUS12

VBUS13

Address/data bus (Syscon)

VBUS14

-44-

No.

I

110

Name Function

4!

!

0

VBUS15 Address/data bus (Syscon)

42

NC

Not connected. -

43

NC

44

FOAO

45

0

FOAl Address bus (FBO) 46 FOA2 47

I

-

VSS Ground for 1/0 pin

48

0

FOA3

Address bus (FBO)

49

I

0

FOA4

Address bus

50 0

FOAS Frame buffer (FBO)

51

0 FOA6

Address bus (FBO)

52

-

vee

Power supply

53

FOA7

54

0

FOA8

Address bus (FBO) 55 FOA9 56

0

FOCSN

Chip select (FBO) 57

-

vss

Ground for internal circuit 58

0

FOWEN

Write enable (FBO) 59 0

FOCLK

Clock (FBO) 60

0

FRRASN

Row address asserted (FBO) 6!

0

FOCASN

Column address asserted (FBO) 62 0

FOLDQM

Lower byte input/output mask

(FBO)

63

0

FOUDQM

Upper byte input? output mask

(FBO)

64

-

vss

Groun for 1/0 pin

65

FODO

66

FODl

67

0

FOD2

Data bus (FBO)

68

FOD3

69

FOD4

70 -

vss

Ground for internal circuit

71

FODS

72

0

FOD6

Data bus (FBO)

73

FOD7

74

FOD8

75

- vee Power supply

76

FOD9

77

0

FODIO

Data bus (FBO)

78

FODll

79

FODI2

80

-

vss

Ground for

I/0

81

FOD13

82

0

FOD14 Data bus (FBO)

83

FOOlS

84

NC

Not connected.

-

85

NC

86

FIDO

87

0

FlDl

Data bus

(FBI)

88

F1D2

89

-

vss

Ground for

I/0

90

FlD3

91

0

FID4

Data bus

(FBI)

92

FIDS

93

FID6

94

-

vee

Power supply

95

FID7

96

0

FID8

Data bus

(FBI)

97

FlD9

98

FIDlO

99

-

vss

Ground for internal circuit

100

FIDll

101

FID12

102 0

FID13

Data bus (FB 1)

103

FlD14

104

FID15

-45-

No.

1/0

N~me

Function

105

- VSS

Ground for

1/0

106

0

FICLK

Clock (FBI)

107

0

FICSN

Chip select (FBI)

108

0

FIWEN

Write enable (FBI)

109

0

FIRASN

Row address asserted

(FBI)

110 0

FICASN

Column address asserted

(FBI)

Ill

0

FlLDQM

Lower byte input/output mask (FB

1)

112

-

vss Data bus (FB

l)

113

0

FIUDQM

Lower byte input/output mask (FB

1)

114

FIAO

115 0

FlAl

Address bus (FBI)

116

FIA2

117

-

vee

Power supply

118

FIA3

119 0

FIA4

Address bus (FBI)

120

FlA5

121

0

FIA6

Address bus (FB 1)

122

-

VSS Ground for

I/0

123

0

FIA7

124

0

F1A8

Address bus (BF1)

125

0

FIA9

126

NC

Not connected.

-

127 128

-

HTIMN

Horizontal sync timing

129

-

VTIMN

Vertical sync timing

130

0

V2CLK Video clock (1!2 MCLK)

131

-

vss

Ground for 1/0 pin

132

0 VOUTO

133

0 VOUTI

Display start address/video data

134

0

VOUT2

135

0 VOUT3

136

-

vee

Power supply

137

0 VOUT4 Display start address/video output data

138

0 VOUT5

139

0

VOUT6 Video output data

140

0

VOUT7

141

-

vss

Ground for internal circuit

142

0

VRAMDO

143

0

VRAMDI

144

0 VRAMD2 VRAM data bus

145

0 VRAMD3

146

0

VRAMD4

147

-

VSS Ground for 1!0 pin

148

0 VRAMD5

149

0 VRAMD6

150

0

VRAMD7

VRAM data bus

151

0

VRAMD8

152

0

VRAMD9

153

0

VRAMDlO

154

-

VSS Ground for internal circuit

155

0

VRAMD11

156

0

VRAMD12

VRAM data bus

157

0

VRAMD13

158

0

VRAMD14

159

-

vee

Power suppiy

160

0

VRAMDI5

VRAM data bus

161

0

VRAMAO

162 0 VRAMAI 163

0

VRAMA2

164

0

VRAMA3 VRAM address bus

165

0

VRAMA4

166

0

VRAMA5

167

0

VRAMA6

168

- NC

Not connected.

-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

•Pin

Name

Vss

A0-A9

Address inputs 0015 0014

DQO-DQ5 Data inputs/outputs

Vss

CLK

System clock input 0013

CKE

Clock enable 0012

Vee

7

Vee

cs

Chip select

004

0011

RAS

Row address strobe command

005 0010

1Vss

CAS

Col/

address strobe command

009

WE

W ritre enable 008

Vee

DQML,DQMU

DQ mask enable NC OOMU

Vee

Supply voltage

CAS

1

CLK

Vss.GND

Ground

CKE

NC

No

connection

NC GNO

AS

1

GNO A7 A6 AS

A3

A4

Vee

Vss

• Description

No.

1/0

Pin Name

Function

l'

7, 13, 25, 38, 44,

-

vee

Power supply

of

internal circuits.

50

4,

10,26,41,47,50

-

vss

Ground pins.

2, 3, 5, 6, 8,

9,

11'

12, 39,

40, 42, 43,

l/0

DQ1-DQ16

l/0

pins are the same as conventional DRAM.

45,46,48,49

DQMU controls upper byte and DQML controls lower byte input/output buffers.

In

read mode, DQMU, DQML control output buffer impedance like

conventional

OE.

If

DQMU, DQML

is

high, output buffers become high

14,36

I

DQML,DQMU

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

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

And when device in write mode,

DQMU, DQML control word mask.

If

DQMU, DQML

is

high input data

is

not written to memory cell. If DQMU,

DQML

is

low input data

is

written to memory cell.

WE

CAS RAS have the same names with conventional DRAM. But these pins

15, 16,

17

I

WECASRAS

have different definitions with conventional ones. All

of

these pins only define

command cycle definition. For detail information see command table.

CS low start the command input cycle. When CS

is

high, all input are not

18

I cs

referenced. But even if CS

is

high, internal operations i.e. bank active

or

burst

are not changed.

19

I A9

A9 is bank select signal (BS). In command cycle, A9=low select bank A and A9=high select bank

B.

-47-

No. 1/0

Name

Function

Row address (AX0-AX6, AX8)

is

detennined by A0-A8 level at the bank

active command cycle

CLK

rising edge. (AX7

is

don't

care.)

Column address

(A

YO-A

Y7) is detennined by

AO-A

7 level at read

or

write

command cycle CLK rising edge. And this column address become

bun;t

20,21-24,27-30

I

AO-A8

access start address. A8 define precharge mode command cycle, both banks are prechareged. But A8=low in when A8=high

in

precharge command cycle, only

one bank that

is

selected A9 (BS)

is

precharged. And when A8=high in read

or write command cycle, the precharge cycle start automatically after the last data in

bun;t accessing.

31,32

- GND

Ground

33,37

- NC

Not connected.

CKE

detennine next

CLK

is valid

or

not. If

CKE

is

high next CLK rising edge

is

valid. But if

CKE

is

low, next CLK

is

invalid.

If

CLK rising edge

is

invalid,

34

I

CKE

internal clock

is

not asserted and

J.l

PD4504161 becomes halt operation.

And when

J.l

PD4502161 does not

in

bun;t mode and

CKE

is

negated,

J.l

PD4502161 enter power down mode. During power down mode

CKE

must

keep low level.

35

I

CLK

is

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

CLK rising edge.

IC14 VDP2

IC

CUSTOM CHIP VDP2

QFP

YAMAHA

IC

CUSTOM CHIP VDP2 QFP

HH

IC

CUSTOM

CP

VDP2 S

QFP

YAMAHA

Parts No. : 315-5690

Parts

No. : 315-5690-02

Parts

No. : 315-5890

•Top

View

120

121

160

81

40

80

I I

41

• Block Diagram scu

I

Bus control

Scroll picture block

Normal

Rotation

picture

t--<r-

picture coordinate coordinate calculation calculation

i

Pattern

Window

name

fo-<

f.-

control

Character

I-<

f.-

Line

picture

control control

VRAM

Dot

data

control

r-1

control

VRAM

-48-

VDP2

~

"

;1-

-A

'-.r-11

-

HN counter & timing generator r

Video process

Color offset

r----

& shadow

Color

computing

1--

control

Priority

f---.-

control

Expanded

picture circuit

Output

data

control

Color

RAM

Color

RAM

control

Sprite

control

VDP1

1--

I

r--

f-

No.

1/0

"Pin

Name

Function

1

I

0 RBCS

VRAM-B chip select

2

0

RBRAS

VRAM-B row address strobe

3

0

RBCAS

VRAM-B column address strobe

r

4

0

RBWE

VRAM-B write enable

5

-

vss

GND

6

0

RBLDM

VRAM-B

DQ

low-order mask enable

7

0

RBUDM

VRAM-B

DQ

high-order mask enable

8

0

RBAO

VRAM-B address bit 0

9

I

0

RBA1

VRAM-B address bit 1

10

-

VDD

+5V power supply

11

I

0

I

RBA2

VRAM-B address bit 2

12

0

RBA3

VRAM-B address bit 3

13

0

RBA4

VRAM-B address bit 4

14

0

RBA5

VRAM-B address bit 5

15

-

VSS GND

16

0

RBA6

VRAM-B address bit 6

17

0

RBA7

VRAM-B address bit 7

18

0

RBA8

VRAM-B address bit 8

19

0

RBA9

VRAM-B address bit 9

20

1/0

VDO

SYSCON interface data bit 0

21

1!0

VOl

SYSCON interface data bit 1

22

1!0

VD2 SYSCON interface data bit 2

23

I/0

VD3 SYSCON interface data bit 3

24

-

vss

GND

25

I/0

VD4 SYSCON interface data bit 4

26

1!0

VD5

SYSCON interface data bit 5

27

1/0

VD6

SYSCON interface data bit 6

28

I/0

VD7 SYSCON interface data bit 7

29

-

VDD

+5V power supply

30

1!0

VD8

SYSCON interface data bit 8

31

1!0

VD9 SYSCON interface data bit 9

32

1/0

VDlO

SYSCON interface data bit 10

33

1!0

VDll

SYSCON interface data bit

11

34

1!0

VD12

SYSCON interface data bit 12

35

1!0

VDl3

SYSCON interface data bit 13

36

-

vss

GND

37

1!0

VD14

SYSCON interface data bit 14

38

1!0

VD15 SYSCON interface data bit

15

39

I

AD

SYSCON interface address/data selection

40

I

DTEN

SYSCON interface data enable

41

0

READY

SYSCON interface data ready

42

I

cs

SYSCON interface chip select

43

-

VDD

+5V power supply

44

0

VINT ·

SYSCON

interface vertical interrupt

45

0

HINT

SYSCON interface horizontal interrupt

46

I

EXLAT

External latch strobe input

47

I

EXSYN

External sync signal input

48

1!0

EXBGO

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

49

1!0

EXBG1

External input data bit 1

I Test input/output (in test mode)

50

1!0

EXBG2

External input data bit 2

I Test input/output (in test mode)

51

110

EXBG3

External input data bit 3

I Test input/output (in test mode)

52

-

VSS GND

53

110

EXBG4

External input data bit 4

I Test input/output (in test mode)

54

l/0

EXBG5

External input data bit

5 I Test input/output (in test mode)

55

110

EXBG6

External input data bit 6

I Test input/output (in test mode)

56

110

EXBG7

External input data bit 7

I Test input/output (in test mode)

57

110

EXBG8

External input data bit 8

I Test input/output (in test mode)

58

1/0

EXBG9

External input data bit 9

I Test input/output (in test mode)

59

1/0

EXBG10

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

60

1/0

EXBGII

External input data bit

11/

Test input/output (in test mode)

61

1/0

EXBGI2

External input data bit

12/

Test input/output (in test mode)

62

1/0

EXBG13

External input data bit

13/

Test input/output (in test mode)

63

I/0

EXBG14

External input data bit 14

I Test input/output (in test mode)

-49-

No.

1/0

Name

Function

64

1!0

EXBGI5

External input data bit

I5

I Test input/output (in test mode)

65

1/0

EXBGI6

External input data bit

I6/

Test input/output (in test mode)

66

1/0

EXBG17

External input data bit

17

I Test input/output (in test mode)

67

- YSS GND

68

I

1/0

EXBG18

External input data bit

18/

Test input/output (in test mode)

69

I/0

EXBG19 External input data bit

19/

Test input/output (in test mode)

70

1/0

EXBG20

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

71

1/0

EXBG21 External input data bit

21

I Test input/output (in test mode)

72

I/0

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

73

I/0

EXBG23

External input data bit 23

I Test input/output (in test mode)

74 I

EXON

External input data display timing

75

-

YDD

+5Y power supply

76

I

CLK

Main clock input

77

0

EXSL

External video select signal

78

I

RESET

Initial reset input

79

I NTSC NTSC/PAL selection

80

-

YSS GND

81

-

AYSS

GND

of

linear RGB

82

0

R

Linear R output

83

0 G

Linear G output

84

0

B

Linear B output

85

-

AYDD +5Y power supply

of

linear RGB

86

0

CSYNC

Composite sync signal output

87

0

YSYNC

Vertical sync signal output

88

0

HSYNC

Horizontal sync signal output

89

-

YDD +5Y power supply

90

0

DCLK

Dot clock output

91

0

HTIM

YDP1 interface H timing

92

0

YTIM

YDP1 interface Y timing

93

1/0

FBDO

YDP1 interface data bit 0

94

1/0

FBDI

YDPI interface data bit I

95

1/0 FBD2 YDP1 interface data bit 2

96

1/0 FBD3

YDPl

interface data bit 3

97

-

YSS

GND

98

I/0

FBD4 YDPI interface data bit 4

99

1/0 FBD5 YDPl interface data bit 5

100

1/0 FBD6

YDPl

interface data bit 6

101

I/0

FBD7 YDPI interface data bit 7

102

0

RAAO

VRAM-

A address bit 0

103

0

RAAl

YRAM-

A address bit I

104

0

RAA2

VRAM-

A address bit 2

105

0

RAA3

VRAM-

A address bit 3

106

-

vss

GND

107

0

RAA4

·-

VRAM-

A address bit 4

108

0

RAA5

VRAM-A

address bit 5

109 0 RAA6

VRAM-

A address bit 6

110 0 RAA7

VRAM-

A address bit 7

I

II

-

VDD +5V power supply

112

0 RAA8

VRAM-

A address bit 8

Il3

0

RAA9

YRAM-

A address bit 9

·-

114

0

RACS

VRAM=A chip select

115

0

RARAS

VRAM-

A row address strobe

116

-

vss

GND

ll7

0

RACAS

VRAM-

A column address strobe

118

0

RAWE

VRAM-

A write enabie

119

0 RALDM

VRAM-

A

DQ

low-

order mask enable

120 0 RAUDM

VRAM-

A

DQ

high-

order mask enable

I2I

I/0

RADO

VRAM-

A data bit 0

122

1/0

RADI

VRAM-

A data bit 1

123

1/0

RAD2

VRAM-

A data bit 2

124

1/0

RAD3

VRAM-

A data bit 3

125

-

vss

GND

126

I/0

RAD4

VRAM-

A data bit 4

-50-

No.

I

1/0

Pin Name

Function

~

127

1/0 i

RAD5

YRAM - A data bit 5

128

I

1/0

RAD6

YRAM - A data bit 6

129

i

110

I

RAD7

YRAM - A data bit 7

I

130

I

-

I

VDD

+5Y power supply

131

i

1/0

I

RAD8

VRAM - A data bit 8

132

I

1/0

!

RAD9

YRAM - A data bit 9

133

j 1/0

I

RADIO

I YRAM - A data bit 10

134

1/0

I

RADII

VRAM - A data bit

11

135

!

-

I

VSS GND

136

I

1/0

RADI2

VRAM - A data bit

12

137

I

1/0

l

i

RAD13

VRAM - A data bit 13

138

1/0

RAD14

YRAM - A data bit 14

139

I

1/0

RADI5

YRAM-

A data bit

15

140

l

0

RCLK

YRAM -

AlB clock

141

I

TEST

Test mode selection (normally, connected to VDD)

142

1!0

RBDO

VRAM - B data bit 0

143

I

110

I

RBD1

YRAM - B data bit 1

144

1/0

RBD2

YRAM - B data bit 2

145

1!0

RBD3

YRAM - B data bit 3

146

J

-

vss

GND

!47

I

1/0

RBD4

VRAM - B data bit 4

148

1/0

RBD5

VRAM - B data bit 5

149

i

1/0

RBD6

VRAM - B data bit 6

150

1/0

RBD7

YRAM - B data bit 7

151

-

VDD

+5V power supply

152

1/0

RBD8

YRAM - B data bit 8

153

1!0

RBD9

VRAM - B data bit 9

154

1/0

RBDIO

YRAM - B data bit 10

155

I/0

RBDI1

YRAM - B data bit

11

156

-

vss

GND

157

1!0

RBDI2

VRAM-

B data bit 12

!58

1/0

RBDI3

YRAM - B data bit 13

159

1/0 RBD14

YRAM - B data bit

14

160

I

1/0

RBDIS

VRAM-

B data bit

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

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

Function

MCPU data bus

GND

MCPU data bus

Ready signal to

MCPU

Interrupt request to MCPU

Power

supply (Sv) 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

MD[7-0] CAS signal Sound memory data output enable

Power supply (Sv)

Sound memory address

GND

Sound memory address

Sound memory data

-52-

No. 1/0

..

Name

Functior,.

43

1!0

MDI

Sound memo!)' data

44

MD2

45

-

YDD

Power supply (5Y)

r

46

MD3

47

MD4

48

1/0

MD5

Sound memo!)' data

49

MD6

50

MD7

51

MD8

52

-

vss

GND

53

MD9

54 MDIO

55

1/0

MDII

Sound memo!)' data

56 MD12 57

MD13 58 MD14 59

-

YDD

Power supply (5Y)

60

l/0

MD15

Sound memo!)' data

61

0 DSD

DAC

interface serial data output

62

0 DBCK

DAC

interface BCK

63

0 DLRCK

DAC

interface LRCK

64

0

DSCK

DAC

interface system clock [256fs clock]

65

SCA23

66

SCA22

67

I

SCA21

SCPU

address bus

68

SCA20

69

SCA19

70

-

YSS GND

71

SCA18

72

SCA17

73

SCA16

74

SCA15

75

I

SCA14

SCPU

address bus

76

SCA13

77

SCA12

78

SCAli

79

SCAlD

80

-

YDD Power supply (5Y)

81

SCA9

82

SCAB

83

SCA7

84

SCA6

85

I

SCA5

SCPU

address bus

86

SCA4,

87

SCA3

88

SCA2

89

SCAI

90 -

vss

GND

91

SCFCO

92

I

SCFCI

SCPU

status input

93

SCFC2

94

I

SCWTN

SCPU

write

95

I

SCLDSN

SCPU SCD

[7

-0] strobe

96

I

SCUDSN

SCPU SCD

[15-8] strobe

97

I

SCASN

SCPU

address strobe

98

-

TESTN

LSI test signal (Not connected)

99

-

YDD

Power supply (5Y)

100

0

SCDTAKN

SCPU

data acknowledge

101

0

SCAYECN

SCPU

auto vector interrupu specification

102

SCIPLON

103

0

SCIPLlN

SCPU interrupt level specification

104

SCIPL2N

105

1/0

SCDO

SCPU

data bus

-53-

No.

1/0

Pin"

Name

Function

106

1!0

SCDI

SCPU data bus

107

-

vss

GND

108

SCD2

109

SCD3

110

SCD4

Ill

I/0

SCDS

SCPU data bus

1!2

SCD6

1!3

SCD7

1!4

SCD8

!IS

-

VDD

Power supply (SV) 116 SCD9 117

l/0

SCDIO

SCPU data bus 118

SCDll

119

-

vss

GND 120

SCD12

121

1/0

SCD13

SCPU data bus

122

SCD!4

123

SCDIS

124

-

vss

GND

125 I

MCCSN

Select signal from

MCPU

126 I MCCK

28 MHz clock from

MCPU

127

-

VDD Power supply (SV)

128

I/0

I

MCD7

MCPU data bus

• SCSP Chip Block Diagram

l SCPUI (SOUND CPU)

I

LFO

(LOW FREQ OSCILLATOR) I

ALFO PLFO

I MCPUI (MAIN CPU}

I

7f

I DMA

I

IPLFO

I

PG(PITCH GENERATOR)

I

:MIDI

I

ADP (ADDRESS POINTER)

I

l EXT(AUDIO INPUT)

I

7

I MEMCT

(MEMORY CONTROLLER)

I

6

+16

[EG

(ENVELOPE

GENERAT~~

I

liNTER

(INTEPOLA TOR}

_t_1o

t2o

l -lEG ALFOL PCM DATA I

MULTI (MULTIPLIER)

~

......

,

: sous

2o·············

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

::

..

:-------

;:

..

~-~

.-:

..

:,-

-;

..

:i:::-.:;-1

: EXTS :

: MIXS : :

MEMS:

.....

l

..

,

I

·····T····

..... T .....

J

I

"DSP"

......

! .... ,

~

L~~;~~.J

• .

.. J ...

,

: SEL :

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

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

·····.:.r;···

I

16

I DIRECT EFFECT

OMIX (OUTPUT MIXER)

I

t

DAC

-54-

I

16

I

r

~

-

DRAM

IC18 SOUND CPU (68000)

IC MC68ECOOOFN12 PLCC MOTOROLA

Parts

No.:

315-0941

•Top

View

9

26

27

• Description

No.

I

1/0

Name

I

-

GND 2 D4 3

I

D3

4

l/0

D2

5

Dl

6

DO

..,

AS

I

8

0

UDS

9

LDS

10

RIW

61

60

44

43

Function

Data bus

Address strobe Upper data strobe Lower data strobe Read/write

• Signal Description

PROCESSOR{

STATUS

SYSTEM{

CONTROL

vee

GND

CLK

FCO FC1 FC2

BERR

RESET

HALT

No.

35 36 37 38 39 40

r--;n

42 43

44

MC68ECOOO

1/0

Name

-

GND

A4 AS A6 A7 A8

A9 AlO All

0

Al2

II

I

DTACK

Data transfer acknowledge 45

Al3

12

0

BG

Bus grant

46 A14

13

I

BR

Bus request 47

Al5

I4

vee

Power

-

IS

48

Al6

49

A17

16

I CLK Clock

50

Al8

17

GND

Ground

-

18

51

Al9

52 A20

19

I

MODE

8 bit/16 bit select

53

-

vee

20

1/0

HALT

Halt

54

A21

21

l/0

RESET

Reset

55

0 A22

22

- NC

Not connected

56

A23

23

I

AVEC

57

-

GND

24

I

BERR

Bus error

58

DIS

25

IPL2

59 D14

26

I

IPLI

Interrupt control

60

Dl3

27

IPLO

61

D12

28

FC2

62

Dll

29

0

FCI

Processor status

63

I/0

DIO

30

FCO

64 D9

31

AO

65 D8

32

0

AI

Address bus

33

A2

66

D7

67 D6

34

A3

68 D5

-55-

ADDRES!iBU

s

3-Al

)A2

DATA BUS

01

AS Rfii

uos

>

Ios

DTACK

BR

}

BG

IPLO

iPTI

IPL2

>

AVEC

J

Ground

5-00

ASYNCHRONOUS

BUS CONTROL

BUS ARBITRATION CONTROL

INTERRUPT CONTROL

Function

Address bus

Power

Address bus

Ground

Data bus

IC19

Sound

DRAM

IC

HM514270AJ-8

SOJ

HITACHI

Parts

No.

: 315-0777-80

IC

UPD424270LE-70

SOJ

NEC

Parts No.: 315-0739-70

IC

MN414270SJ-08

SOJ

PANASONIC

Parts

No.

: 315-0822-80

• Top View & Pin Layout

Vss

1/015 1/014 1/013 11012

Vss

1/0ll 11010

IIOg

Input

State

RAS

CAS

UWE

H

H D

H

L H L L H L

L

L2)

L L

L2)

L L

H~L

L

H D

H~L

L D

L

H~L

H

L

H--+L

L2)

L

H-+L

L2)

L

H~L

H-+L

Output

LWE

State

D Open H

Valid

H

Valid

L2)

Open

L 2) Underlined

H--+L

Valid

D

Open D Open H

Valid

L2)

Open

L2)

Underlined

H-+L

Valid

IC

HM514270Aj-7

SOJ

HITACHI

Parts

No.:

315-0777-70

Operation

Mode

Standby Standby

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

RAS

onlY_

refresh

9:_cle

CAS before

!RAS

refresh

9:_cle 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

1

110

8

NC NC

CAS

oe

As

A7

As As

A4

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

IC20

PLL

IC

CUSTOM CHIP PLL

HQFP

Parts

No.:

315-5746

II

Top View

6

28

20

15

§ §

7

14

~

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

OSIN1

NPSEL 1

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

DO~EL

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

SYSRES 3

DVOD

OSIN2

OSOUT2

EXTCLK

1}----f---'

oscsw

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

-56-

• Description

No.

1/0

Name

1

NPSEL

2

I

OOTSEL

3

SYSRES

4

TEST

5

I

0

I

SCPCLK

6

EXTCLK

7

I

oscsw

8

-

DGND

9

0

OSOUT2

10

I

OSIN2

I

11

-

OSVDD2

12

0

POOUT2

13

I

VCOIN2

14

-e;-,_

AC2

15

0

AP02

16

- AVDD2

17

1/0

SNDCLK

18

OOTCLK

19

-

AVDDI

20

0

APOl

21

I

-

ACl 22 I VCOIN1 23

0 POOUTl

24 -

OSVDDl

25

I

OS!Nl

26

I

0

OSOUTl

27

-

DVDD

28

I

0 FSC

IC21

IC CXA 1645M SOP SONY

Parts

No.:

315-5314

• Block Diagram

GND2 ROUT

GOUT

GND1

RIN

GIN

BIN

Fun-ction

NTSC (SV)IPAL

(OV)

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

(OV

reset) 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,

OV:

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

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

oscillator input (OSC2) I Oscillation input I

VDD

of

czystal oscillator

(0SC2) Phase detector (PD2) output VC02

input I Analog I

Phase compensator pin I Analog VC02

amp output I Analog 0

Analog VDD

of

VC02 Clock signal output Clock signal output Analog VDD

ofVCOI

VCOl

amp output I Analog 0

Phase

compensator pin I Analog

VC01

input I Analog

Phase detector (PD 1) output VDD

of

crystal oscillator

(0SC1)

Czystal oscillator input

(OSCl)

I Oscillation input I

Czystal oscillator output

(0SC1)

I Oscillation output 0

VDD

of

digital circuits

I Clock output signal

CVOUT VCC2

FO

YTRAP

YOUT COUT VREF I

REF

NC

SCIN

NPIN

BFOUT YCLPC SYNCIN

NC

VCC1

-57-

• Description

No.

1/0

1

-

2 3

I

4 5

-

6

I 7 I 8

0

9

-

10

I

I I

-

12

-

13

-

I4

-

I5

0

16

0

I7

-

18

-

19

-

20

0

21 22

0

23 24

-

IC22

DAC

IC TDA1386T SOP PHILIPS

Parts

No.:

313-5313

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

II

Top View

• Description

VDOO

No.

1/0

Vss--.

Vsso

1

-

Vm

2

-

1 VCR

3 I

FILTCR

4 I

1

FILTCL

5

I

VOL

6 I

APPo

7

I

1

APP1

8 I

1

APP2

9

-

TEST

11

APPL

10

-

SYSCLK APP3

11

1

12 -

13

I

14

I

15

I

16

I

17

I

tQ

A

.u

v

19

-

20

-

21

0

22

-

23

-

24

-

Function

Ground

of

circuits other than RGB, composite video and Y

/C

output

circuits. Analog RGB signal inputs.

The

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

(max.). Not connected.

Subcarrier input NTSCIPAL mode switching pin BF

pulse monitoring output

Time constant which determines the

Y signal clamp

is

connected.

Composite sync signal input. Receives

it

at the

TTL

leveL Not connected. Power supply

of

circuit other than RGB, composite video and Y /C output Pin to determine the internal reference current leveL Internal reference voltage pin. Chroma signal output. Can drive a 75

Q load.

Y (luma) signal output. Can drive a 75 Q load. Reduces cross-color caused by subcarrier frequency components contained

in the

Y signaL

Adjusts fo

of

the internal filter. Connect the following resistor between this

pin and ground depending on the

NTSC

or

PAL

mode.

Power supply

of

RGB, composite video and Y/C output circuits. Composite video signal output. This can drive a 75

Q load.

Analog RGB signal outputs. These can drive a 75

Q load.

Ground

ofRGB,

composite video and Y/C output circuits.

Pin Name

Function

VDDA

Analog

sul'_ply

voltage

VSSA

Analog ground

TEST!

Test input

1;

pin should be connected to ground.

BCK

Bit clock input.

WS

Word select input.

DATA Data

input

CKSLl

Format selection

1.

CKSL2 Format selection 2.

YSSD Digital ground VDDD Digital supply voltage. TEST2

Test input 2 ; pin should be connected to ground.

SYSCLK

System clock

256

fs

APP3

Application mode 3 input.

APPL

Application mode selection input.

APP2

Application mode 2 input.

APPl

Application mode 1 input.

APPO

Application mode 0 input.

VOL

Left channel output.

FILTCL

Capacitor for left channel first-order filter function, should

be

connected between pins 19 and 18.

FILTCR

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

20

and 21.

YOR

Right channel output.

VREF

Internal reference voltage for output channels (O.SV

ooo

typ. ).

vsso

Operational amplifier ground.

VDDO

Operational amplifier supply voltage.

-58-

• Block Diagram

6

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

5

WS

DATA

BCK 4 INPUT

TEST1 TEST2

3

11

FILTCL 19

1

nF

VOL

10

IJ.

F'l

RCONV1

4fs DIGITAL UP-SAMPLE

FILTER AND FEATURES

CKSL1

CKSL2

13

9

20

RCONV2

VssA

J

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

Vsso

Vooo

-59-

SYSCLK

APPL APPO

APP1

APP2 APP3

Vooo

Vsso

FILTCR

IC23/24

74VHC04

IC 74VHC04 SOP 300MIL

Parts No. : 314-0632

II

Top View & Pin Layout

IC25

IC S-80741AL-AS CHIP

Parts No. : 313-5322

II

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

1Y

2

2Y

4

3Y

6

4Y

8

SY 10

6Y

12

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

I

__________________________________

J

II

Function Table

-60-

Enable

!Direction

G

Control

DIR

L L L

H

X

H : High level L:

Low level

X:

"H"

or "L"Ievel

Operation

B data to A bus A data to B bus

Isolation

OUT

IC28

OCTAL

BUS

TRANSCEIVER

IC 74ACT245 SOP 300MIL

Parts No. : 314-0649

BTopView

IC31/32 DRAM

IC HM514260AJ-7 SOJ

Parts

No.:

315-0947-70

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

B Logical Operation Circuit

IC UPD424260LE-70-E2 SOJ NEC

Parts

No.

: 315-0985-70

IC M8814260-70PJ-G SOJ FUJITSU

Parts

No.

: 315-0984-70

-61-

B Truth Value Table

INPUT

FUNCTION

OUTPUT

STATE

G

IDIR

ABUS

I

BBUS

LlL

OUTPUT

INPUT A=B

L I H

INPUT OUTPUT

B=A

H lx

High impedance

z

X:

Don't

care

Z:

High impedance

IC TC514260BJ-70 SOJ TOSHIBA

Parts

No.:

315-0986-70

IC HY514260BJC-70 SOJ HYUNDAI

Parts

No.:

315-1030-70

iC33

IC 74HC157 SOP

Parts No. : 314-0634

II

Top View

IC34

IC

UPC78L05T CHIP

Parts No. : 313-5323

II

Top View

IC35

1.

OUTPUT

2. COMMON (SHIELD

PLATE)

3.1NPUT

IC S-80723AN-DL CHIP

Parts No. : 313-5328

•Top

View

0 0 0

2 3

Y1

Y2

4 7

IC

TA78L05F CHIP

Parts No. : 313-5323-01

1. OUT

2.VDD

3. vss

liD

escnptron

No.

Name

Function

I

SEL

Common data select input

2 AI Data inputs from source

0

3

81 Data inputs from source 1

4

Yl

Multiplexer outputs

5 A2 Data inputs from source

0

6

82

Data inputs from source I

7

Y2

Multiplexer outputs

8

GND Ground (OV)

9 Y3

Multiplexer outputs

10

83

Data inputs from source 1 Data inputs from source

0

Y3

Y4

9

11

A3

12

Y4

Multiplexer outputs

13

84

Data inputs from source I

14 A4

Data inputs from source

0

15

G

Enable input (active

LOW)

16

Vee

Positive supply voltage

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

I

I I

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

-62-

SH1

BOARD

IC1

01

SHJ CPU

"

IC CUSTOM CHIP

SHi

QFP

Parts

No.:

315-5785

•Top

View

112

28

29

• Description

No.

I

1/0

I

i

2 3

I

4

s

6 7

I

I/0

8 9

10

11

12

-

13

I/0

14 15

-

16 17 18

1/0

19 20

21.

22

-

23

24 2S

.

26

0

27 28 29 30 31

-

32 33 34 3S

0

36 37 38 39 40

-

41

0

42 43

-

44

45

0

46 47

48

0

49

0

IC CUSTOM CHIP

SH1

A QFP

Parts

No.

: 3l5-5785A

85

56

Pin Name

Function

IROL

Host command intenupt input (level detection)

IRQH

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

VSS Ground ADO ADI ADZ AD3

Data input/output

AD4 ADS AD6 AD7 VSS Ground ADS

Data input/output

AD9

vee

+SV AD10 AD11 AD12

Data input/output AD13

AD14 ADIS

VSS Ground

AO A1 A2

A3

Address output

A4 AS A6 A7

VSS Ground

A8

A9 AIO All

Address output

A12 Al3 AI4 AIS

vss

Ground

AI6

Address output

Al7

vee

+5V AI8 Al9

Address output A20

A21

NC

Not connected.

CASH

DRAM CASH output

-63-

r-

No.

1/0

Pin Name Function

50

0

CS2

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

51

0

CASL

DRAM CASL output

52

vss

Ground

53

l

TIOCAO

MPEG

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

54

0

RAS

DRAM CASL output

55

l/0

CS6

output (area 6 access)

56

-

NC

Not connected.

57

0

WRL

WRLoutput

58

0

WRH

WRH output

59

0

RD

RD output

60

0

RESET

GA reset output.

Lo: RESET, Hi: Release

61

- VSS

Ground

62

0

NC

Not conncted.

63

0

IRQOUT

Spare (Spare to output

"Lo"

during intenupt process)

64

I

TIOCAI

MPEG

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

65

0

NC

Not conncted.

66

0

DACKO

DMAO

(for CD-ROM sector data input) ACK output

(toGA)

67

I

DREOO

DMAO

(for CD-ROM sector data input)

REQ

input (from GA)

68

0

DACKI

DMA1 (for host data input/output) ACK output

(toGA)

69

I

DROOl

DMA1 (for host data input/output) REQ output (from GA)

70

-

vee

+SV

71

0

CK

SH-1

system clock output (20MHz)

(toGA)

72

-

VSS Ground

73

I EXTAL

A crystal oscillator

is

connected.

74

I XTAL

A crystal oscillator is connected.

75

-

vee

+SV

76

I NMI +SV

77

-

vss

Ground

78

-

NC

Not conncted.

79

I

RESET

Reset input (reset at

"Lo")

80

MOO

81

I

MDI MCU operation mode setting pins. The built-in

ROM

is

effective.

82

MD2

83

-

vee

+5V

84

-

vee

+5V

85

-

vee

+5V (power supply

of

analog circuits)

86

-

VREF +5V (analog reference power supply)

87

NC

88

NC

Ground (not used)

-

89

NC

90

NC

91

-

AVSS Ground (analog ground)

92

-

NC Ground (not used)

93 I VCD

·•

Input to detect whether VCD is connected

or

not.

Lo: CD drive connected, Hi: VCD connected.

94

-

NC

Ground (not used)

95

-

NC Ground

96

-

VSS Ground

97

I

MPEGAIRQ

MPEG A intenupt input (edge detection)

98

I

MPEGVIRQ

MPEG V intenupt input (edge detection)

99

-

vee

+5V

100 I

COMSYNC

CD

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

101

I

COMREQ

CD

communications sync intenupt input (edge detection).

Lo: Duringclock transfer, Hi: During interval.

102 -

NC Not conncted.

103 - NC

Not conncted.

104

{"\

DEMP

Deemphasis output.

Lo:

DEMP OFF, Hi: DEMP

ON

'-'

105

-

NC

No conncted.

106

-

VSS

Ground

107

I CDATA

CD

communications data input

(SCKO

used)

108

0

HDATA

CD

communications data output (SCKO used)

109 I

TEST

Test control input.

Lo:

Test mode, Hi: Normal mode

110

0

TDATA

Test data output

Ill

0

COMCLK

CD

communications clock output (SCKO used)

ll2

0

TCLK

Clock output for test data

-64-

SH1

BOARD

IC1 02 DRAM

IC HM514260AJ-8 SOJ

IC

HM514260AJ-7 SOJ

Pans

No.:

315-0947-80

Pans

No.:

315-0947-70

• Top View & Pin Layout

•Pin

Name

Vss

1/015 1/014

7 1/013

1/012

Vss

1/011 1/0!0 1/0

9

1 1/08

NC

LCAS

liCAS

OE

A8 A7

As

A5

A4

• Block Diagram

RAS

1/0 1 1/0

2

I

1110

BUFFER

I

'(7

C/)

a:

:J

w

ID

>

C/)

g

a:

0

:E

<1!1

~

256k

en

a:

0

w

ti

MEMORY

:E

0

:E

CELL

e:.

0

<

(.)

w

ARRAY

ti

w

C/)

:::E

0

z

<

z

w

:::E

C/)

:J

z

_,

w

0

C/)

(.)

~

WORD

L;').

jV

DRIVER

ROW

DECODER

I

~7

C/)

:J

ID

g

<1!1

en

·-

0

:E

e:.

ti

:E

<

w

C/)

z

w

C/)

Pin Name

A0-A8 AO-A8

1!01-1/04

RAS CAS

WE OE Ycc Yss

1/0 3 1/0 4

I I

1110

BUFFER

II

en

0 0

:E :E

256k

~

256k

MEMORY

ti

MEMORY

CELL

:E

:::E

CELL

c(

ARRAY

w w

ARRAY

C/) C/)

z z

w w

C/) C/)

WORD

DRIVER

ROW

DECODER

Function

I address input

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

~~

1

C/)

a:

C/)

:J

w

:J

ID

>

ID

g

a:

g

0

oo!!

<1!1

en

a:

en

256k

0

w

0

:E

0

:E

MEMORY

e:.

0

e:.

CELL

(.)

ti

w

ti

ARRAY

:::E

0

:E

<

z

<

w

:E

w

C/)

:J

C/)

z

_,

z

w

0

w

C/)

(.)

C/)

-<~

WORD

DRIVER

ROW

DECODER

I

ROW ADDERSS BUFFER

I

COLUMN ADDRESS BUFFER I

ir

~t

AO-A8

I

-65-

C/)

0

:::E

~

ti

:E

<

w

C/)

z

w

C/)

SH1

BOARD !C103

IC CUSTOM CHIP OCU YGR019A

Parts

No. : 315-5873

IITopView

168

42

I

I I

43

127

126

85

84

II

Block

Diagram

SH

uP

OESCRAMBLE

T

SUBCODE

IRQ

1

~'"'""I

""

(Upper)

~mrQ~b~

IRQ2

Jf

ROTECTO

L

~C(CRCC>!-H

CTRL

ADR

DATA

(4M DRAM)

GACTRL

l

CDIROMSKJ

(Upper)

[

SPDATA

1-

{ L

SUBCODE

W·-r~t

I

GASTAT

18

I--

8

~

18

..........

--

~

:

=

I==

= =

F=

r--

'7 '7

'7

'"[>

:

J&

v

<l

-'

VIC:

18

~:

~

I

L

~

J

"0

VIW

ISH-FIF~

we

:za:

\

DATA

-~

a:o

.......-

:E:z

eo

CTRL

-

COUNTER

i=O

ow

CD

I

ROMS~

COl

RQREQJ

~COMMANDd

(.)

<e

(Lower)

,

REG.

o-3

-

v_

'7

-

lsummj

-'

VIC:

HI

ROMSK

I L

HI

ROOREO]

~RESPONSE!

I

L

oo

VIW

DATA

-r

_<\t_

:za:

we

STAT

-~

a:o

~ r-~

• r

REG.

o-a

:E:z

Ct.>

t-BUS

FIF~

i=O

ow

'\

'7

\ 7

J:

,

COUNTER

(.)

<e

.,~

I

A-bus

DATA

I

II

I.

ir

II

IRQ

~

18

Auod

HOST

SYSTEM

-66-

CD

SIGNAL

PROCESSOR

CD-ROM

Data

CO-DA

HD49232

v:

~

:~

rr:

MPEG

Audio

.~

!--;

-

:

~

:

=~

MPEG

Video

SHDATA

BUS

(BufferedSUB)

18

'

RGB

'7

25

II

Description

I

1/0

Name

"Function

No.

I

MVPRT

Video transparency control signal

2

MVR7

'

3

MVR6

4

I

MVR5 Video red color data

5

MVR4

6

MVR3

7

-

vee

Power supply

8

-

VSS

Ground

9

MVG7

10

MVG6

11

I

MVG5

Video green color data

12

MVG4

13

MVG3

14

I

MVB7 Video blue color data

15

-

vss

Ground

16

MVB6

17

MVB5

Video blue color data

I

18

MVB4

19

MVB3

20

AAl

21

I

AA2

A-BUS address bus 22 AA3 23

-

VSS Ground

24

AA4

25 AA16

A-BUS address bus I

26 AA17 27

AA18

28

I

AeS2

Chip select signal from A-BUS 29

I WTRS

Wait control signal used to transfer MPEG video frame data

30

-

vss

Ground 31

0 FDACK MPEG video frame data transfer control signal

32

0

MVCS MPEG video chip select signal

33

0 MACS MPEG audio chip select signal

34

0 TP5 Test pin

35

-

vee

Power supply

36

-

vss

Ground

37

I RESET Gate array system reset signal

38

I

MABieK

Sync clock used to transfer MPEG audio serial data

39

I

MASDATAI MPEG audio serial data signal

40

I

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

41

I TP2

Test pin

42

I

seS6

SH chip select 6

43

-

vss

Ground

44

SDLO

45

SDLI

46

I SDL2

SH uP

subdata bus

47

SDL3

48

SDL4

49

-

vee

Power supply

50

-

VSS Ground

51

SDLS

52

SDL6

53

SDL7

SH uP

subdata bus

I

SDLB

54 55

SDL9

56

SDLIO

-67-

..

No.

110

Name Function

57

-

vss

Ground

58

SDLll

59

SDL12

60

I

SDL13

SH uP

subdata bus

61

SDL14

62

SDL15

63

- vee

Power supply

64

-

vss

Ground

65

SA21

66

SA20

67

I

SA4

SH uP

address bus

68

SA3 69 SA2 70

I

SRD

SH uP

read enable signal

71

- vss Ground

72 I

SHCK

20MHz

clock

73 I

SAl

SH uP address bus

74

I

IRQOUT SH uP interrupt factor generation signal

75

I SCS2

SH uP

chip select 2

76

I

DACKl

Channel 1 DMA transfer response

77

-

vee

78

-

vss Ground

79

I DACKO

Channel 0 DMA transfer response

80

CASH

DRAM control signal

81

I

CASL

82

I

SWRH SH uP upper byte write enable signal

83

I

SWRL SH uP lower byte write enable signal

84

I

SA19 SH uP address bus

85

I TP3

Test pin

86

-

vss Ground

87

0

DSWR Delayed write cycle control signal

88

0

DREQ1 Channel 1 DMA transfer request

89

0

DREQO Channel 0 DMA transfer request

90

I SDH15 SH uP main data bus

91

- vee

Power supply

92

-

VSS Ground

. 93

SDH14

94

SDH13

95

I SDH12

SH uP

main data bus

96

SDH11

97

SDH10

98

-

VSS Ground

99

SDH9

Power

supply

100

SDH8

101

I

SDH7

SH uP

main data bus

102 SDH6 103 SDH5 104

- vee

Power supply

105 - vss

Ground

106

SDH4

107

SDH3

108

I

SDH2 SH uP main data bus

109

SDH1

110

SDHO

111

0

SIRQH

SH uP

upper byte (CD-ROM) interrupt signal

112

-

vss

Ground

-68-

No.

1/0

Name

Functfon

113 0

I

SIRQL

SH uP

lower byte (A-BUS) interrupt signal

114

I

0

BCK

Audio serial data sync clock

115

0

LRCK

Audio L!R channel switching signal

116

-

vee

I

Power supply

117

0

SD

Audio serial data

118

i

0

SUBCK

Subcode

input clock

119

I

- vee

Power supply

120

I

-

vss

Ground

121

I

CFCKO

Frame sync signal

122

I SUBOUT

CD subcode data

123

I SI

Subcode

block sync signal

124

I

DAS

CD-DA audio serial data

125

I

CKX

CD audio serial data sync clock

126

I

MPX

CD

audio

L!R

channel switching signal

127

-

VSS

128

I

C2F

C2 error flag

129

I

'

SMPX

CD-ROM

data byte sync signal

130

I SDAS

CD-ROM

serial data

131

I

SCKX

CD-ROM

serial data bit sync signal

132

-

vss

Ground

133

-

vee Power supply

134

- vss

Ground

135

ATIM1

A-BUS timing control signal

136

I

ATIMO

137

I

ARD

A-BUS read signal

138

-

VSS Ground 139

I

AFCO A-BUS timing control signal

140

I

AWRO A-BUS lower byte write signal

141

I

AWR1 A-BUS upper byte write signal

142 I

AFCl

A-BUS timing control signal

143

-

vss Ground

144

0

AWAIT A-BUS wait control signal

145

0

AIRQ

A-BUS interrupt signal

146

-

T

Test signal for scan pass

147

ADO

148

I

AD!

A-BUS data bus

149

-

vee

Power supply

150

-

vss Ground

151

AD2

152

I

AD3

A-BUS data bus

153 AD4 154

ADS

155

-

VSS Ground !56

AD6 157 AD7 158

I

AD8 A-BUS data bus 159

AD9 160

ADlO

161

-

vee Power supply

162

-

VSS Ground

163

ADII

164

AD12

165

I AD13

A-BUS data bus

166

ADI4

167

AD15

168

-

vss Ground

-69-

& PARTS LIST

LODEDVIEW

11. EXP loded View

~

54

11-1. Exp I / _

6

4

6

A

',

'

I

5

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

i

~~:2J

.1--·;--

B

- 70

···.~

1-2

21

r----

. -------~--

I

I •

I

I I

-

--:

-----,

I

[__--

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

r

I

_I

- -

-::..::.

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

~

I

L__

c

0

I

CNI

I

I I I

I

j

11-2. Mechanical Parts

List

Ref.

Parts

No.

Description

Ref.

Parts

No.

Oeser i pt

ion

No.

1

610-5862

ASSY

TOP

CASE

SATURN

EUR

[1]

54

601-7815

STAELE

PROTECTION

SHEET

SAT

1

610-5927

ASSY

TOP

CASE

SATURN

AUS

[2]

1-1

610-5864

ASSY

LID

CD

SATURN

EUR

1-2

253-7015

TOP

CASE

SATURN

EUR

1-3

253-7013

LID

CRTG

SATURN

USA

1-4

253-6917-03

BUTTON

OPEN

SATURN

USA

1-5

253-6919-03

BUTTON

RESET

SATURN

USA

1-6

253-6920

BUTTON

OPEN

LEVER

SATURN

JPN

1-7

253-7012

MOUNT

POWER

UNIT

PCB

SAT

USA

1-8

253-7010

PANEL

DEC.

FRONT

SATURN

USA

1-11

601-7774

OIL

DUMPER

SATURN

1-12

250-5404

BRACKET

LEVER

SATURN

JPN

1-13

250-5423

BRACKET

LID

CD

SPRING

SAT

USA

1-14

250-5424A

BRACKET

LID

CD

HOLDER

SAT

USA

A

1-17

125-5125

SPRING

LID

CD

SATURN

JPN

1-18

125-5126

SPRING

LID

CRTG

SATURN

JPN

1-19

125-5127

SPRING

ARM

SATURN

JPN

1-20

510-5068

DETECTOR

SW

SPPB11

1-21

600-6536

WIRE

HARN

2P

FOR

DETECTOR

USA

1-22

601-7726

PLATE

SEVER

SMALL

SATURN

JPN

2

610-5863

ASSY

BOTTOM

CASE

SATURN

USA

2-1

253-7016

BOTTOM

CASE

SATURN

EUR

2-2

601-7658

RUBBER

FOOT

SATURN

JPN

3

837-11492

ASSY

IC

BD

SATURN

VAO

PAL

5

838-10834

IC

BD

SATURN

SH1

6

610-5679-20

ASSY

CD

DRIVE

UNIT

SATURN

6

610-5679-21

7

400-5271

AC

POWER

UNIT

SATURN

EUR

7

400-5272

AC

POWER

UNIT

SATURN

EUR

e,.7-1

601-7672

INLET

FOR

UL/CSA

SATURN

e,.7-2

514-5066

FUSE

1.6A

080026

10

253-6915-03

LID

BATTERY

SATURN

EUR

11

253-6918-03

BUTTON

POWER

SATURN

USA

11

253-6918A-03

BUTTON

POWER

SATURN

USA

A

12

253-6921

MOUNT

MECHA

SATURN

JPN

13

253-6932

SLIDE

RAIL

SATURN

JPN

14

510-5069

POWER

SW

SDDLD

15

601-7979

PLATE

SEVER

LARGE

SATURN

USA

16

600-6416

WIRE

HARN

5P

FOR

ST

CD

17

600-6560

WIRE

HARN

2P

FOR

P.SW

NEW

18

600-6431

FFC

20P

L=180w.l

18

600-6431-01

FFC

20P

L=180w.l

21

270-5094

FERRITE

CORE

BP53RB120070060M

21

270-5095

FERRITE

CORE

L6

T12.5X5.5X7

38

250-5417

BRACKET

9P

CONN

HOLDER

39

253-6922

BAT

HOLDER

SATURN

MATSUSHITA

40

029-000034

B-TITE

SCR

PH

3X8

41

029-000034-0B

B-TITE

SCR

PH

BLK

3X8

42

029-000035

B-TITE

SCR

PH

3X10

43

029-000035-0B

B-TITE

SCR

PH

BLK

3X10

44

029-000036

8-TITE

SCR

PH

3X12

45

029-000049

B-TITE

SCR

BRH

2.6X8

46

029-000061

B-TITE

SCR

PH

3X14

47

029-000063

S-TITE

SCR

Bl

H2X4

48

029-000049

B-TITE

SCR

BRH

2.6X8

49

029-000049-0B

B-TITE

SCR

BRH

BLK

2.6X8

50

029-000052

B-TITE

SCR

PH

2X8

51

029-000067-0B

B-TITE

SCR

BRH

BLK

2.6X6

52

029-000064

S-TITE

SCR

PH

2X8

53

401-0054

BATTERY

CR2032/1F

[Note]

(1]····EUR

[2]····AUSTRALIA

-71-

11

=3.

Electrical Parts

List

..

Circuit

Parts

No.

Description

Parts

No.

Description

No.

11-3-1. IC BD STATURN MAIN

VAO

USA

IC31

315-0985-70

IC

UPD424260LE-70-E2

SOJ

NEC

IC31

315-0986-70

IC

TC514260BJ-70

SOJ

TOSHIBA

!Cl

315-0922A

IC

HD6417095F28

OFP

H

!TACH!

IC31

315-0983-70

IC

KM416C256BJ-7

SOJ

SUMSUNG

!Cl

315-0998

IC

HD6417095SF28

OFP

HITACHI

IC31

315-0984-70

IC

M8814260-70PJ-G

SOJ

FUJITSU

IC31

315-1030-70

IC

HY514260BJC-70

SOJ

HYUNDAI

IC2

315-0922A

IC

HD6417095F28

OFP

HITACHI

IC2

315-0998

IC

HD6417095SF28

OFP

HITACHI

IC32

315-0947-70

IC

HM514260AJ-7

SOJ

IC32

315-0985-70

IC

UPD424260LE-70-E2

SOJ

NEC

IC3

315-0928-17

IC

HM5241605TT-17

TSOP

HITACHI

IC32

315-0986-70

IC

TC514260BJ-70

SOJ

TOSHIBA

IC3

315-1022-12

IC

UPD4504161G5-Al2

TSOP

NEC

IC32

315-0983-70

IC

KM416C256BJ-7

SOJ

SUMSUNG

IC3

315-0928-15

IC

HM5241605TT-15

TSOP

HITACHI

IC32

315-0984-70

IC

MB814260-70PJ-G

SOJ

FUJITSU

IC32

315-1030-70

IC

HY514260BJC-70

SOJ

HYUNDAI

IC4

315-0928-17

IC

HM5241605TT-17

TSOP

HITACHI

IC4

315-1022-12

IC

UPD4504161G5-A12

TSOP

NEC

IC33

314-0634

IC

74HC157

SOP

IC4

315-0928-15

IC

HM5241605TT-15

TSOP

HITACHI

IC34

313-5323

IC

UPC78L05T

CHIP

NEC

IC5

315-5688

IC

CUSTOM

CHIP

SCU

OFP

YAMAHA

IC34

313-5323-01

IC

TA78L05F

CHIP

TOSHIBA

IC6

315-5778

IC

CUSTOM

CHIP

DCC

OFP

TOSHIBA

IC35

313-5328

IC

S-80723AN-DL

CHIP

SEIKO

IC7

EPR-17933

OS

SATURN

IPL-ROM

PAL

DIP

IC7

MPR-17933

OS

SATURN

IPL-ROM

PAL

DIP

CN1

209-5070

EDGE

CONN

134P

N630-9523-T006

CN1

209-5070A

EDGE

CONN

134P

N630-9523-T006A

IC8

315-0948-10

IC

CXK58267AM-10L

SOP

IC8

315-0930-10

IC

UPD43257B-10LL

SOP

CN2

209-5074

CONN

9P*2

CSS5018-0101R

ICB

315-0964-10

IC

M5M5255BFP-12LL

SOP

CN2XA

NOT

USED

NOT

USED

ICB

315-0965-10

IC

SRM20257LLM10

SOP

CN2XB

NOT

USED

NOT

USED

IC8

315-1002-70

IC

UM62257M-70LL

SOP

CN3

212-5453

CONN

6P

B5P6-VH

IC9

315-5744

IC

CUSTOM

CHIP

SMPC

QFP

CN4

212-5440

CONN

lOOP

FX6A-100S-0.8SV2

IClO

315-5689

IC

CUSTOM

CHIP

VDP1

QFP

CN5

212-5431

MINI

DIN

CONN

lOP

FOR

A/V

HOSI

IC10

315-5883

IC

CUSTOM

CHIP

VDPl S OFP

CN5

212-5481

MINI

DIN

lOP

TCS7716-432010

CN5X

NOT

USED

NOT

USED

ICll

315-0928-17

IC

HM5241605TT-17

TSOP

HITACHI

IC11

315-1022-12

IC

UPD4504161G5-A12

TSOP

NEC

CN6

209-5075

CONN

liP

TCX3072-010100

HOSHID

IC11

315-0928-15

IC

HM5241605TT-15

TSOP

HITACHI

CNB

212-5454

CONN

5P

B4(5)B-PH-K-S

CN9

212-5454

CONN

5P

B4(5)B-PH-K-S

IC12

315-0910-12

IC

UPD4502161G5-A12

TSOP

NEC

CNlO

NOT

USED

NOT

USED

IC12

315-1017-17

IC

HM5221605TT-17

TSOP

HITACHI

CNll

NOT

USED

NOT

USED

IC12

315-1012-17

IC

LC382161T-17

TSOP

SANYO

CN12

212-5457

CONN

3P

SJ21-03WT

IC13

315-0910-12

IC

UPD4502161G5-A12

TSOP

NEC

IC13

315-1017-17

IC

HM5221605TT-17

TSOP

HITACHI

Sl¥3

510-5063

TACT

SYI

SKEYAC

ALPS

IC13

315-1012-17

IC

LC382161T-17

TSOP

SANYO

Dl

481-5072

DIODE

CHIP

1SS184

TOSHIBA

IC14

315-5690

IC

CUSTOM

CHIP

VDP2

OFP

YAMAHA

IC14

315-5690-02

IC

CUSTOM

CHIP

VDP2

OFP

HH

D2

481-5168

DIODE

CHIP

HRYI0202A

HITACHI

IC14

315-5890

IC

CUSTOM

CP

VDP2 S OFP

YAMAHA

D2

481-5199

DIODE

CHIP

1SS377

TOSHOBA

D2

481-5201

DIODE

CHIP

RB415D

ROHM

IC15

315-0910-12

IC

UPD4502161G5-A12

TSOP

NEC

IC15

315-1017-17

IC

HM5221605TT-17

TSOP

HITACHI

D3

481-5168

DIODE

CHIP

HRW0202A

HITACHI

IC15

315-1012-17

IC

LC382161T-17

TSOP

SANYO

D3

481-5199

DIODE

CHIP

1SS377

TOSHIBA

D3

481-5201

DIODE

CHIP

RB415D

ROHM

IC16

315-0910-12

IC

UPD4502161G5-A12

TSOP

NEC

IC16

315-1017-17

IC

HM5221605TT-17

TSOP

HITACHI

D4

481-5072

DIODE

CHIP

1SS184

TOSHIBA

IC16

315-1012-17

IC

LC38161T-17

TSOP

SANYO

D5

481-5179

DIODE

CHIP

MA153A

MATSUSHITA

IC17

315-5687

IC

CUSTOM

CHIP

SCSP

QFP

YAMAHA

06

481-5168

DIODE

CHIP

HRW0202A

HITACHI

IC18

315-0941

IC

MC68ECOOOFN12

PLCC

MOTOROLA

D6

481-5199

DIODE

CHIP

1SS377

TOSHIBA

06

481-5201

DIODE

CHIP

RB415D

ROHM

IC19

315-0777-80

IC

HM514270AJ-8

SOJ

HITACHI

IC19

315-0739-70

IC

UPD424270LE-70

SOJ

NEC

TR1

482-5126

XSTR

2SC1623

L5

.. 7

CHIP

NEC

IC19

315-0777-70

IC

HM514270AJ-7

SOJ

HITACHI

TR2

482-5125-01

XSTR

2SA812

CHIP

M5

.. 6

NEC

IC19

315-0822-80

IC

MN414270SJ-08

SOJ

PANASONIC

TR3

482-5260

XSTR

2SD2114K(V.W)CHIP

ROHM

TR4

482-5260

XSTR

2SD2114K(V.YI)CHIP

ROHM

IC20

315-5746

IC

CUSTOM

CHIP

PLL

HOFP

IC21

313-5314

IC

CXAI645M

SOP

SONY

L1

180-5137

CHIP

INDUCTOR

100UH

10~

KOA

IC22

313-5313

IC

TDA1386T

SOP

PHI

Ll

PS

L1

180-5137-01

P.COIL

CHIP

100UH

ELJFA101KF

IC23

314-0632

IC

74VHC04

SOP

300MIL

IC24

314-0632

IC

74VHC04

SOP

300MIL

L2

180-5137

CHIP

INDUCTOR

100UH

10~

KOA

L2

180-5137-01

P.COIL

CHIP

100UH

ELJFA101KF

II"?~':

313-5322

IC

S=80741AL=A5

CHIP

SEIKO

'"'"""

IC26

314-0563

IC

74LS245

SOP

300MIL

L3

180-5142

P.COIL

CHIP

IOOUH

LOH3C101K04

IC27

314-0563

IC

74LS245

SOP

300MIL

L3

180-5142-01

P.COIL

CHIP

lOOUH

NLFC322522T

IC28

314-0649

IC

74ACT245

SOP

300MIL

IC29

314-0563

IC

74LS245

SOP

300MIL

L4

180-5142

P.COIL

CHIP

100UH

LOH3C101K04

L4

180-5142-01

P.COIL

CHIP

100UH

NLFC322522T

IC30

314-0563

IC

74LS245

SOP

300MIL

L5

180-5142

P.COIL

CHIP

lOOUH

LOH3C101K04

IC31

315-0947-70

IC

HM514260AJ-7

SOJ

LS

180-5142-01

P.COIL

CHIP

lOOUH

NLFC322522T

-72-

Circuit

Parts

No.

Description

Circuit

Parts

No.

Description

No.

L6

180-5142

P.

COIL

CH

I.P 1 OOUH

LOH3C1

01

K04

C11

151-0265

CAP

CER

CP

0.

1UF

25V

ZF2125

L6

180-5142-01

P.

COIL

CHIP

100UH

NLFC322522T

C12

151-0265

CAP

CER

CP

0.

1UF

25V

ZF2125

C13

151-0265

CAP

CER

CP

0. 1 UF

25V

ZF2125

L8

180-5142

P.

COIL

CHIP

100UH

LOH3C101K04

C14

151-0265

CAP

CER

CP

0. 1 UF

25V

ZF2125

L8

180-5142-01

P.

COIL

CHIP

100UH

NLFC322522T

C15

151-0265

CAP

CER

CP

0. 1 UF

25V

ZF2125

L9

180-5142

P.COIL

CHIP

100UH

LOH3C101K04

C16

151-0265

CAP

CER

CP

0.

1UF

25V

ZF2125

L9

180-5142-01

P.COIL

CHIP

100UH

NLFC322522T

C17

NOT

USED

NOT

USED

C18

151-0265

CAP

CER

CP

0. 1 UF

25V

ZF2125

L10

180-5142

P.COIL

CHIP

100UH

LOH3C101K04

C19

151-0265

CAP

CER

CP

0.

1UF

25V

ZF2125

L10

180-5142-01

P.COIL

CHIP

100UH

NLFC322522T

C20

151-0265

CAP

CER

CP

0.

1UF

25V

ZF2125

FB3

NOT

USED

NOT

USED

C21

151-0307

CAP

CER

CP

0.

022UF

50V

ZF2125

FB4

476-2330-J-10

RES

CHIP

33

OHM

1/10\¥

5%

C22

151-0307

CAP

CER

CP

0.

022UF

50V

ZF2125

FB5

NOT

USED

NOT

USED

C23

151-0621

CAP

CER

CP

30PF

50V

JCH2125

FB6

NOT

USED

NOT

USED

C24

151-0621

CAP

CER

CP

30PF

50V

JCH2125

FB7

NOT

USED

NOT

USED

C25

151-0305

CAP

CER

CP

1000PF

50V

KB2125

FBB

NOT

USED

NOT

USED

C26

151-D521

CAP

CER

CP

470PF

50V

SL2125

FB9

NOT

USED

NOT

USED

C27

151-0318

CAP

CER

CHIP

33PF

50V

CH2125

FB10

NOT

USED

NOT

USED

C28

151-0307

CAP

CER

CP

0.022UF

50V

ZF2125

F813

NOT

USED

NOT

USED

C29

151-0307

CAP

CER

CP

0.

022UF

50V

ZF2125

FB15

NOT

USED

NOT

USED

C30

151-0478

CAP

CER

CP

27PF

50V

CH2125

FB16

NOT

USED

NOT

USED

C31

151-0377

CAP

CER

CP

100PF

50V

KCH2125

F817

NOT

USED

NOT

USED

C32

151-0307

CAP

CER

CP

0.022UF

50V

ZF2125

F818

479-5005-0000

RES

CHIP 0 OHM

1/10W

2125

C33

NOT

USED

NOT

USED

~AI

YO

C34

NOT

USED

NOT

USED

EM12

271-0045

EMI

FILTER

STB101KB

C35

151-D320

CAP

CER

CP

68PF

50V J CH2125

EMI3

271-0045

EM!

FILTER

STB101KB

TAl

YO

EMI5

271-0045

EMI

FILTER

STB101KB

TAl

YO

C36

NOT

USED

NOT

USED

EM16

271-0045

EM!

FILTER

STB101KB

TAIYO

C37

151-0265

CAP

CER

CP

0. 1 UF

25V

ZF2125

EM17

271-0045

EM!

FILTER

STB101KB

TAIYO

C38

151-0265

CAP

CER

CP

0. 1 UF

25V

ZF2125

C39

151-0265

CAP

CER

CP

0.

1UF

25V

ZF2125

EMIB

271-0045

EM!

FILTER

STB101KB

TAl

YO

C40

151-0270

CAP

CER

CP

47PF

50V

KSL2125

EM19

271-0045

EMI

FILTER

STB101KB

TAl

YO

EMI10

271-0045

EMI

FILTER

STB101KB

TAIYO

C41

151-0S92

CAP

CER

CP

5PF/50V

CCH2125

EMI11

271-0045

EMI

FILTER

STB101KB

TAIYO

C42

151-0265

CAP

CER

CP

0.

lUF

25V

ZF2125

EM112

271-0045

EMI

FILTER

STB101KB

TAl

YO

C43

151-0265

CAP

CER

CP

0.

1UF

25V

ZF2125

C44

151-0361

CAP

CER

CP

15PF

50V

CH2125

EM113

271-0045

EM!

FILTER

STB101KB

TAl

YO

C45

NOT

USED

NOT

USED

EM114

271-0045

EM!

FILTER

STB101KB

TAl

YO

EMI15

271-0045

EMI

FILTER

STB101KB

TAl

YO

C46

NOT

USED

NOT

USED

EM116

271-0045

EMI

FILTER

STB101KB

TAl

YO

C47

1S1-0318

CAP

CER

CHIP

33PF

50V

CH2125

EM117

271-0045

EM!

FILTER

STB101KB

TAIYO

C48

NOT

USED

NOT

USED

C49

NOT

USED

NOT

USED

EM118

271-0045

EM!

FILTER

STB101KB

TAIYO

C50

151-0319

CAP

CER

CHIP

20PF

50V

CH2125

EM119

271-0045

EMI

FILTER

STB101KB

TAIYO

EM120

271-0045

EM!

FILTER

STB101KB

TAl

YO

C51

1S1-0319

CAP

CER

CHIP

20PF

50V

CH2125

EM121

271-0045

EM!

FILTER

STB101KB

TAIYO

CS2

1S1-026S

CAP

CER

CP

0.

1UF

25V

ZF212S

EM122

271-0045

EM!

FILTER

STB101KB

TAl

YO

C53

1S1-026S

CAP

CER

CP

0.

1UF

25V

ZF2125

C54

1S1-026S

CAP

CER

CP

0.

1UF

2SV

ZF2125

EM123

271-0045

EM!

FILTER

STB101KB

TAIYO

C55

1S1-0265

CAP

CER

CP

0.

1UF

25V

ZF2125

EMI24

271-0045

EM!

FILTER

STB101KB

TAIYO

EM125

271-0045

EMI

FILTER

STB101KB-

TAIYO

CS6

1S1-026S

CAP

CER

CP

0.

1UF

25Y

ZF2125

EMI26

271-0045

EM!

FILTER

STB101KB

TAIYO

C57

151-026S

CAP

CER

CP

0.

1UF

25V

ZF2125

EMI27

271-0045

EM!

FILTER

STB101KB

TAIYO

C58

1Sl-026S

CAP

CER

CP

0.

1UF

2SY

ZF2125

C59

1S1-026S

CAP

CER

CP

0.

lUF

2SV

ZF212S

EMI28

271-004S

EM!

FILTER

STB101KB

TAl

YO

C60

1S1-026S

CAP

CER

CP

0.

1UF

2SV

ZF2125

EMI29

271-004S

EMI

FILTER

STB101KB

TAIYO

EMI30

271-0045

EMI

FILTER

STB101KB

TAIYO

C61

151-026S

CAP

CER

CP

0.

1UF

2SY

ZF212S

EM131

271-004S

EMI

FILTER

STB101KB

TAIYO

C62

1S1-026S

CAP

CER

CP

0.

1UF

2SV

ZF2125

E~dl32

271-0045

EMI

FILTER

STB101KB

TAIYO

C63

1Sl-0305

CAP

CER

CP

lOOOPF

SOY

KB2125

C64

1S1-030S

CAP

CER

CP

1000PF

50V

KB212S

EMI33

271-0045

EM!

FILTER

STB101KB

TAIYO

C6S

NOT

USED

NOT

USED

EM134

271-004S

EMI

FILTER

STB101KB

TAIYO

EM13S

271-0045

EM!

FILTER

STB101KB

TAIYO

C66

151-026S

CAP

CER

CP

0.

1UF

25V

ZF212S

C67

1S1-026S

CAP

CER

CP

0.

1UF

25V

ZF2125

C1

1S1-0307

CAP

CER

CP

0.022UF

SOY

ZF212S

C68

1S1-026S

CAP

CER

CP

0.

lUF

2SY

ZF212S

C2

1S1-0S21

CAP

CER

CP

470PF

SOY

SL2125

C69

1S1-026S

CAP

CER

CP

0.

1UF

2SY

ZF212S

C3

1S1-026S

CAP

CER

CP

0.

1UF

2SY

ZF212S

C70

1S1-026S

CAP

CER

CP

0.

1UF

2SY

ZF2125

C4

1S1-0307

CAP

CER

CP

0.022UF

SOY

ZF212S

cs

151-0S21

CAP

CER

CP

470PF

SOY

SL212S

C71

1S1-026S

CAP

CER

CP

0.

lUF

2SV

ZF212S

C72

1S1-026S

CAP

CER

CP

0.

1UF

2SV

ZF212S

C6

1S1-0265

CAP

CER

CP

0.

1UF

2SY

ZF2125

C73

151-0265

CAP

CER

CP

0.

1UF

25V

ZF2125

C7

151-026S

CAP

CER

CP

0.

1UF

2SV

ZF2125

C74

1S1-0265

CAP

CER

CP

0.

1UF

2SV

ZF212S

CB

151-026S

CAP

CER

CP

0.

lUF

25Y

ZF2125

C75

151-0265

CAP

CER

CP

0.

1UF

25V

ZF2125

C9

1S1-026S

CAP

CER

CP

0.

1UF

25Y

ZF2125

C10

151-026S

CAP

CER

CP

0.

1UF

25V

ZF2125

C76

1S1-026S

CAP

CER

CP

0.

1UF

2SV

ZF2125

C77

1S1-026S

CAP

CER

CP

0.

1UF

2SV

ZF212S

-73-

-

Circuit

Parts

No.

Description

Circuit

Parts

No.

Desc

r i

pt

ion

No.

C78

151-0265

CAP

CER

CP

0.

lUF

25V

ZF2125

CE4

151-0622

CAP

CER

CP

1UF

16V

ZF3216

C79

151-0265

CAP

CER

CP

0.

1UF

25V

ZF2125

C80

151-0265

CAP

CER

CP

0.

1UF

25V

ZF2125

CE6

150-0313-04

CAPE

CP

100UF6.3V

MV6.3VC100M

CE6

150-0313-01

CAPE

CP

100UF

6.3V

ECEVOJA101

C81

151-0265

CAP

CER

CP

0.

1UF

25V

ZF2125

CE6

150-0313-03

CAPE

CP

100UF6.3V

UWXOJ101MCR

C82

151-0265

CAP

CER

CP

0.

1UF

25V

ZF2125

CE6

150-0313-05

CAPE

CP

100UF

6.3V

REV

C83

151-0265

CAP

CER

CP

0.

1UF

25V

ZF2125

C84

151-0265

CAP

CER

CP

0.

1UF

25V

ZF2125

CE15

150-0464

CAP E CP

10UF16V

MV16VC10MD55

C85

151-0265

CAP

CER

CP

0.

1UF

25V

ZF2125

CE15

150-0464-01

CAP E CP

10UF

16V

ECEV1CA100

CE15

150-0464-02

CAP E CP

10UF

16V

UWX1C100MCR1

C86

151-0265

CAP

CER

CP

0.

1UF

25V

ZF2125

CE15

150-0464-03

CAP E CP

10UF16V

REV

C87

151-0265

CAP

CER

CP

0. 1 UF

25V

ZF2125

C88

151-0265

CAP

CER

CP

0.

1UF

25V

ZF2125

CE16

150-0464

CAP E CP

10UF16V

MV16VC10MD55

C89

151-0265

CAP

CER

CP

0.

lUF

25V

ZF2125

CE16

150-0464-01

CAP E CP

10UF

16V

ECEV1CA100

C90

151-0265

CAP

CER

CP

0. 1 UF

25V

ZF2125

CE16

150-0464-02

CAP E CP

10UF

16V

UWX1C100MCR1

CE16

150-0464-03

CAP E CP

10UF16V

REV

C91

151-0265

CAP

CER

CP

0.

1UF

25V

ZF2125

C92

NOT

USED

NOT

USED

CE18

150-0313-04

CAPE

CP

100UF6.3V

MV6.3VC100M

C93

NOT

USED

NOT

USED

CE18

150-0313-01

CAPE

CP

100UF

6.3V

ECEVOJA101

C94

NOT

USED

NOT

USED

CE18

150-0313-03

CAPE

CP

100UF6.3V

UWXOJ101MCR

C95

NOT

USED

NOT

USED

CE18

150-0313-05

CAPE

CP

100UF

6.3V

REV

C96

151-0270

CAP

CER

CP

47PF

SOY

KSL2125

CE19

150-0313-04

CAPE

CP

100UF6.3V

MV6.3VC100M

C97

NOT

USED

NOT

USED

CE19

150-0313-01

CAPE

CP

100UF

6.3V

ECEVOJA101

C98

NOT

USED

NOT

USED

CE19

150-0313-03

CAPE

CP

100UF6.3V

UWXOJ101MCR

C99

NOT

USED

NOT

USED

CE19

150-0313-05

CAPE

CP

100UF

6.3V

REV

C102

NOT

USED

NOT

USED

CE20

15Qr.0464

CAP E CP

10UF16V

MV16VC10MD55

C103

151-0265

CAP

CER

CP

0.

1UF

25V

ZF2125

CE20

150:.0464-01

CAP E CP

10UF

16V

ECEV1CA100

C104

151-0265

CAP

CER

CP

0.

1UF

25V

ZF2125

CE20

150-0464-02

CAP E CP

10UF

16V

UWX1C100MCR1

C105

151-0265

CAP

CER

CP

0.

1UF

25V

ZF2125

CE20

150-0464-03

CAP E CP

10UF16V

REV

C106

151-0265

CAP

CER

CP

0.

1UF

25V

ZF2125

C107

151-0265

CAP

CER

CP

0.

1UF

25V

ZF2125

CE21

150-0464

CAP E CP

10UF16V

MV16VC10MD55

CE21

150-0464-01

CAP E CP

10UF

16V

ECEV1CA100

C108

151-0265

CAP

CER

CP

0.

1UF

25V

ZF2125

CE21

150-0464-02

CAP E CP

10UF

16V

UWX1C100MCR1

C109

151-0298

CAP

CER

CP

lOOPF

SOV

JSL2125

CE21

150-0464-03

CAP E CP

10UF16V

REV

C110

151-0298

CAP

CER

CP

100PF

SOV

JSL2125

C111

151-0592

CAP

CER

CP

5PF/50V

CCH2125

CE22

150-0496

CAP E CP

4.

7UF

25V

MV25VC4R7M

C112

NOT

USED

NOT

USED

CE22

150-0496-01

CAP E CP

4.

7UF

25V

ECEV1EA4R7

CE22

150-0496-02

CAP E CP

4.

7UF25V

UWX1E4R7MCR1

C114

NOT

USED

NOT

USED

CE22

150-0496-03

CAP E CP

4.

7UF25V

REV

C115

151-0265

CAP

CER

CP

0.

1UF

25V

ZF2125

C116

151-0265

CAP

CER

CP

0.

1UF

25V

ZF2125

CE23

150-0464

CAPE

CP

10UF16V

MV16VC10MD55

C117

151-0265

CAP

CER

CP

0.

1UF

25V

ZF2125

CE23

150-0464-01

CAP E CP

10UF

16V

ECEV1CA100

C118

151-0265

CAP

CER

CP

0.

lUF

25V

ZF2125

CE23

150-0464-02

CAP E CP

10UF

16V

UWX1C100MCR1

CE23

150-0464-03

CAP E CP

10UF16V

REV

C119

151-0265

CAP

CER

CP

0.

1UF

25V

ZF2125

C120

151-0265

CAP

CER

CP

0.

1UF

25V

ZF2125

CE24

150-0423

CAP E CP

220UF

4V

MV4VC220MF55

C121

151-0298

CAP

CER

CP

100PF

SOV

JSL2125

CE24

150-0423-01

CAP E CP

220UF

4V

ECEVOGA221

Cl22

151-0298

CAP

CER

CP

100PF

50V

JSL2125

CE24

150-0423-02

CAP E CP

220UF

4V

UWXOG221MCR1

C123

151-0298

CAP

CER

CP

100PF

SOY

JSL2125

CE24

150-0423-03

CAP E CP

220UF

4V

REV

C124

151-0298

CAP

CER

CP

100PF

SOY

JSL2125

CE25

150-0423

CAP E CP

220UF

4V

MV4VC220MF55

C125

NOT

USED

NOT

USED

CE25

15D-0423-01

CAP E CP

220UF

4V

ECEVOGA221

C126

NOT

USED

NOT

USED

·-

CE25

150-0423-02

CAP E CP

220UF

4V

UWXOG221MCR1

C127

151-0265

CAP

CER

CP

0.

1UF

25V

ZF2125

CE25

150-0423-03

CAP E CP

220UF

4V

REV

C129

151-0320

CAP

CER

CP

68PF

50V J CH2125

CE26

150-0423

CAP E CP

220UF

4V

MV4VC220MF55

C130

151-0623

CAP

CER

CP

1UF

16V

ZF2125

CE26

150-0423-01

CAP E CP

220UF

4V

ECEVOGA221

C131

151-0623

CAP

CER

CP

1UF

16V

ZF2125

CE26

150-0423-02

CAP E CP

220UF

4V

UWXOG221MCR1

C132

151-0623

CAP

CER

CP

lUF

16V

ZF2125

CE26

150-0423-03

CAP E CP

220UF

4V

REV

C133

151-0623

CAP

CER

CP

1UF

16V

ZF2125

C134

151-0623

CAP

CER

CP

"1UF

16V

ZF2125

CE27

150-0423

CAP E CP

220UF

4V

MV4VC220MF55

CE27

150-0423-01

CAP E CP

220UF

4V

ECEVOGA221

C135

151-0623

CAP

CER

CP

1UF

16V

ZF2125

CE27

150-0423-02

CAP E CP

220UF

4V

UWXOG221MCR1

C136

151-0623

CAP

CER

CP

1UF

16V

ZF2125

CE27

150-0423-03

CAP E CP

220UF

4V

REV

C137

151-0623

CAP

CER

CP

1UF

16V

ZF2125

C138

151-0623

CAP

CER

CP

1UF

16V

ZF2125

CE28

150-0423

CAP E CP

220UF

4V

MV4VC220MF55

C139

151-0623

CAP

CER

CP

1UF

16V

ZF2125

CE28

150-0423-01

CAP E CP

220UF

4V

ECEVOGA221

CE28

150-0423-02

CAP E CP

220UF

4V

UWXOG221MCR1

C140

151-0623

CAP

CER

CP

1UF

16V

ZF2125

CE28

150-0423-03

CAP E CP

220UF

4V

REV

C141

151-0623

CAP

CER

CP

lUF

15¥

ZF2125

CE29

150-0423

CAP E CP

220UF

4V

MV4VC220MF55

CE1

151-0623

CAP

CER

CP

1UF

16V

ZF2125

CE29

150-0423-01

CAP E CP

220UF

4V

ECEVOGA221

CE2

151-0622

CAP

CER

CP

IUF

16V

ZF3216

CE29

150-0423-02

CAP E CP

220UF

4V

UWXOG221MCR1

CE29

150-0423-03

CAP E CP

220UF

4V

REV

CE3

150-0313-04

CAPE

CP

100UF6.3V

MV6.3VC100M

CE3

150-0313-01

CAPE

CP

100UF

6.3V

ECEVOJA101

CE30

150-0505-02

CAP E CP

220UF10V

UUR1A221MBR

CE3

150-0313-03

CAPE

CP

100UF6.3V

UWXOJ101MCR

CE3

150-0313-05

CAPE

CP

100UF

6.3V

REV

CE31

150-0464

CAP E CP

10UF16V

MV16VC10MD55

-74-

Circuit I

Parts

No.

Description

Circuit I

Parts

No.

Desc

r i

pt

ion

No.

I

No.

i

CE31

150-0464-01

CAP E CP

10UF

16V

ECEV1CA100

R21

476-2222-J-10

RES

CHIP

2.2KOHM

1/10\1'

5%

CE31

150-0464-02

CAP E CP

10UF

16V

UWX1C100MCR1

R22

476-2111-J-1

0

RES

CHIP

110

OHM

1/10\1'

5%

CE31 1 50-0464-03

CAP E CP

10UF16V

REV

R24

476-2303-J-10

RES

CHIP

30KOHM

1/10\1'

5%

R25

476-2303-J-10

RES

CHIP

30KOHM

1/10\1'

5%

CE32

153-0120

CAP

TANT

CHIP

10UF

6.3V

NEC

R26

476-2362-J-10

RES

CHIP

3.6KOHM

1/10\1'

5%

CE32

1

53-0120-01

CAP

TANT

CHIP

10UF

6.

3V

PANA

CE32

153-0120-02

CAP

TANT

CHIP

10UF

6.3V

NICHI

R27

476-2363-J-10

RES

CHIP

36KOHM

1/10\1'

5%

CE32

153-0120-03

CAP

TANT

CHIP

10UF

6.3V

TO\\'

A

R28

476-2621-J-10

RES

CHIP

620

OHM

1/10\1'

5%

R29

NOT

USED

NOT

USED

CE33

150-0494

CAPE

CP

22UF

6.3V

MV6.3VC22M

R30

476-2102-J-10

RES

CHIP

1KOHM

1/10\1'

5%

CE33

1

50-0494-01

CAPE

CP

22UF

6.3V

ECEVOJA220

R31

476-2102-J-10

RES

CHIP

1KOHM

1/10\1'

5%

CE33

150-0494-02

CAP E CP

22UF6.

3V

UWXOJ220MCR1

CE33

150-0494-03

CAPE

CP

22UF

6.3V

REV

R32

476-2102-J-10

RES

CHIP

1KOHM

1/10\1'

5%

R33

476-2222-J-10

RES

CHIP

2.

2KOHM

1/10\1'

5%

CE34

150-0494

CAPE

CP

22UF

6.3V

MV6.3VC22M

R35

476-2473-J-10

RES

CHIP

47KOHM

1/10\1'

5%

CE34

150-0494-01

CAPE

CP

22UF

6.3V

ECEVOJA220

R36

476-2750-J-10

RES

CHIP

75

OHM

1/10\1'

5%

CE34

150-0494-02

CAPE

CP

22UF6.3V

UWXOJ220MCR1

R37

476-2750-J-10

RES

CHIP

75

OHM

1/10\1'

5%

CE34

150-0494-03

CAPE

CP

22UF

6.3V

REV

R38

476-2750-J-10

RES

CHIP

75

OHM

1/10\1'

5%

CE35

150-0501

CAPE

CP

47UF

6.3V

MV6.3VC47M

R39

476-2750-J-10

RES

CHIP

75

OHM

1/10\1'

5%

CE35

150-0501-01

CAPE

CP

47UF

6.3V

ECEVOJA470

R40

476-2750-J-10

RES

CHIP

75

OHM

1/10\1'

5%

CE35

150-0501-02

CAP E CP

47UF6.

3V

UWXOJ470MCR1

R41

476-2750-J-10

RES

CHIP

75

OHM

1/10\1'

5%

CE35 1 50-0501

-03

CAPE

CP

47UF

6.3V

REV

R42

476-2163-F-10

RES

CHIP

16KOHM

1/10\1'

1%

CE37

150-0464

CAP E CP

10UF16V

MV16VC10MD55

R43

476-2101-J-10

RES

CHIP

100

OHM

1/10\1'

5%

CE37

150-0464-01

CAP E CP

10UF

16V

ECEV1CA100

R44

476-2101-J-10

RES

CHIP

100

OHM

1/10\1'

5%

CE37

150-0464-02

CAP E CP

10UF

16V

UWX1C100MCR1

R45

476-2104-J-10

RES

CHIP

100KOHM

1/10\1'

5%

CE37

150-0464-03

CAP E CP

10UF16V

REV

R46

476-2104-J-10

RES

CHIP

100KOHM

1/10\1'

5%

R47

476-2472-J-10

RES

CHIP

4.

7KOHM

1/10\1'

5%

CE38

NOT

USED

NOT

USED

R48

476-2201-J-10

RES

CHIP

200

OHM

1/10\1'

5%

CE42

150-0464

CAP E CP

10UF

16V

MV16VC10MD55

R49

476-2472-J-10

RES

CHIP

4.

7KOHM

1/10\1'

5%

CE42

1

50-0464-01

CAP E CP

10UF

16V

ECEV1CA100

R50

476-2472-J-10

RES

CHIP

4.

7KOHM

1/10\1'

5%

CE42

150-0464-02

CAP E CP

10UF

16V

UWX1C100MCR1

R66

476-2472-J-10

RES

CHIP

4.

7KOHM

1/10\1'

5%

CE42

150-0464-03

CAP E CP

10UF

16V

REV

R67

476-2105-J-10

RES

CHIP 1 MOHM

1/1

0\1'

5%

CE45

150-0504

CAP E 330UF

USROJ331MCA1TD

R68

476-2334-J-10

RES

CHIP

330KOHM

1/10\1'

5%

CE46

150-0504

CAP E 330UF

USROJ331MCA1TD

R69

476-2103-J-10

RES

CHIP

10KOHM

1/10\1'

5%

R74

476-2103-J-10

RES

CHIP

10KOHM

1/10W

5%

CE47

150-0463

CAP E CP

1UF

50V

MV50VC1MD55

R96

NOT

USED

NOT

USED

CE47

150-0463-01

CAP E CP

1UF

50V

ECEV1HA010

R97

NOT

USED

NOT

USED

CE47

150-0463-02

CAP E CP

1UF

50V

UWX1H010MCR1

CE47

150-0463-03

CAP E CP

1UF

50V

REV

R98

476-2103-J-10

RES

CHIP

10KOHM

1/10'11

5%

R99

NOT

USED

NOT

USED

CE48

150-0463

CAP E CP

1UF

50V

MV50VC1MD55

R100

476-2103-J-10

RES

CHIP

10KOHM

1/10\1'

5%

CE48

150-0463-01

CAP E CP

1UF

50V

ECEV1HA010

R101

476-2103-J-10

RES

CHIP

10KOHM

1/10'11

5%

CE48

150-0463-02

CAP E CP

1UF

50V

UWX1H010MCR1

R102

476-2103-J-10

RES

CHIP 1 OKOHM 1 /1

OW

5%

CE48

150-0463-03

CAP E CP

1UF

50V

REV

R103

476-2103-J-10

RES

CHIP

10KOHM

1/10W

5%

CE49

150-0501

CAPE

CP

47UF

6.3V

MV6.3VC47M

R104

476-2103-J-10

RES

CHIP

10KOHM

1/10\1'

5%

CE49

150-0501-01

CAPE

CP

47UF

6.3V

ECEVOJA470

R105

476-2103-J-10

RES

CHIP

10KOHM

1/10\1'

5"

CE49

150-0501-02

CAPE

CP

47UF

6.3V

UWXOJ470MCR1

R106

476-2103-J-10

RES

CHIP

10KOHM

1/10W

5"

CE49

150-0501-03

CAPE

CP

47UF

6.3V

REV

R107

476-2103-J-10

RES

CHIP

10KOHM

1/10\1'

5%

CE50

150-0501

CAPE

CP

47UF

6.3V

MV6.3VC47M

R108

476-2103-J-10

RES

CHIP

10KOHM

1/10\1'

5"

CE50

150-0501-01

CAPE

CP

47UF

6.3V

ECEVOJA470

R109

476-2103-J-10

RES

CHIP

1

OK

OHM 1 /1

OW

5"

CE50

150-0501-02

CAPE

CP

47UF

6.3V

UWXOJ470MCR1

R110

476-2103-J-10

RES

CHIP

10KOHM

1/10\1'

5"

CE50

150-0501-03

CAPE

CP

47UF

6.3V

REV

R111

476-2103-J-10

RES

CHIP

10KOHM

1/10W

5"

R112

476-2103-J-10

RES

CHIP

10KOHM

1/10\1'

5%

CE52

150-0464

CAP E CP

10UF

16V

MV16VC10MD55

CE52

150-0464-01

CAP E CP

10UF

16V

ECEV1CA100

R113

476-2103-J-10

RES

CHIP

10KOHM

1/10\1'

5%

CE52

150-0464-02

CAP E CP

10UF

16V

UWX1C100MCR1

R114

NOT

USED

NOT

USED

CE52

150-0464-03

CAP E CP

10UF

16V

REV

R115

NOT

USED

NOT

USED

R116

NOT

USED

NOT

USED

CE53

150-0501

CAPE

CP

47UF

6.3V

MV6.3VC47M

R117

NOT

USED

NOT

USED

CE53

150-0501-01

CAPE

CP

47UF

6.3V

ECEVOJA470

CE53

150-0501-02

CAPE

CP

47UF

6.3V

UWXOJ470MCR1

R118

NOT

USED

NOT

USED

CE53

150-0501-03

CAPE

CP

47UF

6.3V

REV

R119

NOT

USED

NOT

USED

R120

476-2103-J-10

RES

CHIP

10KOHM

1/10\1'

5%

CE54

150-0520-03

CAP E CP

100UF

lOY

UWX1AMCR1

R121

NOT

USED

NOT

USED

CE54

150-0522-03

CAP E CP

lOOUF

lOY

UUR1A101MCR

R122

476-2103-J-10

RES

CHIP

lOKOHM

1/10W

5%

Rl

476-2101-J-10

RES

CHIP

100

OHM

1/10\1'

5%

R124

476-2472-J-10

RES

CHIP

4.

7KOHM

1/10W

5"

R2

476-2101-J-10

RES

CHIP

100

OHM

1/lOW

5%

R125

476-2472-J-10

RES

CHIP

4.

7KOHM

1/10'11

5%

R3

476-2101-J-10

RES

CHIP

100

OHM

1/lOW

5%

R126

476-2101-J-10

RES

CHIP

100

OHM

1/10W

5"

R4

476-2302-J-10

RES

CHIP

3KOHM

1/10W

5%

R127

476-2101-J-10

RES

CHIP

100

OHM

1/10W

5%

R5

476-2302-J-10

RES

CHIP

3KOHM

1/10W

5%

R128

476-2101-J-10

RES

CHIP

100

OHM

1/10W

5%

R19

476-2105-J-10

RES

CHIP

1MOHM

1/10W

5%

R129

476-2101-J-10

RES

CHIP

100

OHM

1/10W

5"

R20

476-2680-J-10

RES

CHIP

68

OHM

1/10\1'

5%

R130

476-2101-J-10

RES

CHIP

100

OHM

1/10W

5"

-75-

Circuit I

Parts

No.

I

Description

Circuit

Parts

No.

Desc

r i

pt

ion

No.

,

No.

r

R131

476-2103-J-10

RES

CHIP

10KOHM

1/101'1

5%

JP7

NOT

USED

NOT

USED

R132

476-2103-J-10

RES

CHIP

10KOHM

1/101'1

5%

JP8

NOT

USED

NOT

USED

R133

476-2103-J-10

RES

CHIP

lOKOHM

1/101'1

5%

JP9

NOT

USED

NOT

USED

R134

476-2103-J-10

RES

CHIP

10KOHM

1/101'1

5%

JP10

NOT

USED

NOT

USED

R135

476-2103-J-10

RES

CHIP

lOKOHM

1/101'1

5%

JP11

NOT

USED

NOT

USED

R136

1476-2361-J-10

RES

CHIP

360

OHM

1/101'1

5%

JP12

NOT

USED

NOT

USED

R137

476-2104-J-10

RES

CHIP

100KOHM

1/101'1

5%

JP13

NOT

USED

NOT

USED

R138

476-2103-J-10

RES

CHIP

10KOHM

1/101'1

5%

JP14

514-5069

RES

CHIP

0

OHM

1/101'1

2125

R139

NOT

USED

NOT

USED

JP15

514-5069

RES

CHIP 0 OHM

1/10W

2125

R140

476-2301-J-10

RES

CHIP

300

OHM

1/lOW

5%

JP16

514-5069

RES

CHIP 0 OHM

1/101'1

2125

R141

476-2512-J-10

RES

CHIP

5.

1KOHM

1/101'1

5%

JP17

514-5069

RES

CHIP 0 OHM

1/10W

2125

R142

476-2222-J-10

RES

CHIP

2.2KOHM

1/101'1

5%

JP18

NOT

USED

NOT

USED

R143

476-2511-J-10

RES

CHIP

510

OHM

1/101'1

5%

JP19

NOT

USED

NOT

USED

R144

476-2511-J-10

RES

CHIP

51D

OHM

1/101'1

5%

JP20

476-2102-J-10

RES

CHIP

lKOHM

1/10W

5%

R145

476-2103-J-10

RES

CHIP

1

OKOHM

1/101¥

5%

JP21

NOT

USED

NOT

USED

R146

476-2103-J-10

RES

CHIP

10KOHM

1/101'1

5%

JP22

NOT

USED

NOT

USED

R147

476-2103-J-10

RES

CHIP

lOKOHM

1/101'1

5%

R148

476-2391-J-10

RES

CHIP

390

OHM

1/101'1

5%

1c

som

213-0113

IC

SOCKET

40PIN

ICE-406-S-TG

T

R149

476-2224-J-10

RES

CHIP

220KOHM

1/lOW

5%

BS

HOL

t

R150

476-2511-J-10

RES

CHIP

510

OHM

1/lOW

5%

029-000034-08

8-TITE

SCR

PH

BLK

3X8R

BS

HOL

029-000034-08

8-TITE

SCR

PH

BLK

3X8R

R151

476-2511-J-1

0

RES

CHIP

510

OHM

1/101'1

5%

R152

476-2103-J-10

RES

CHIP 1 OK

OHM

1/1

OW

5%

FUSE

600-6458

JUMPER

WIRE

L=lOMM

R153

NOT

USED

NOT

USED

R154

NOT

USED

NOT

USED

R155

NOT

USED

NOT

USED

11-3-2. SATURN POWER INDICATOR

BD

VAO

R156

NOT

USED

NOT

USED

CN13

600-6452

\\'IRE

HARN

2P

FOR

POWER

LED

R157

NOT

USED

NOT

USED

R158

NOT

USED

NOT

USED

LDl

390-5511

LED

SL8-25MG

GREEN

R160

479-5005-0000

RES

CHIP

0

OHM

1/101\'

2125

RA1

477-0170

R-PK

CP

8*10KOHM

1/161'1

5%

1'1/C

11-3-3. SATURN R.SW

BD

VAO

RAJ

477-0170-02

R-PK

CP

8*10KOHM

1/161'1

5%

1'1/C

RAl 4 77-0170-01

R-PK

CP

8*10KOHM

1/161'1

5%

1'1/C

LD2

390-5568

LED

SL8-25DL13F

ORANGE

RA2

477-0170

R-PK

CP

8*10KOHM

1/161\'

5%

1'1/C

SWl

510-5063

TACT

SW

SKEYAC

RA2

477-0170-02

R-PK

CP

8*10KOHM

1/161'1

5%

W/C

RA2

477-0170-01

R-PK

CP

8*10KOHM

1/161'1

5%

W/C

CN14

600-6451

WIRE

HARN

5P

FOR

RESET

8T

RA3

477-0170

R-PK

CP

8*10KOHM

1/161'1

5%

W/C

RA3

477-0170-02

R-PK

CP

8*10KOHM

1/161'1

5%

W/C

11-3-4. PC BD SH1 FOR SATURN

RA3

477-0170-01

R-PK

CP

8*10KOHM

1/161'1

5%

W/C

IC101

315-5785

IC

CUSTOM

CHIP

SHl

OFP

RA4

477-0170

R-PK

CP

8*10KOHM

1/16W

5%

W/C

IC101

315-5785A

IC

CUSTOM

CHIP

SH1A

QFP

RA4

477-0170-02

R-PK

CP

8*10KOHM

1/161'1

5%

W/C

RA4

477-0170-01

R-PK

CP

8*10KOHM

1/161'1

5%

W/C

IC102

315-0947-80

IC

HM514260AJ-8

SOJ

IC103

315-5873

IC

CUSTOM

CHIP

OCU

YGR019A

RA5

477-0170

R-PK

CP

8*10KOHM

1/161'1

5%

W/C

RA5 4 77-0170-02

R-PK

CP

8*10KOHM

1/161'1

5%

W/C

E101

212-5473

CONN

lOOP

FX6-100P-0.8SV2

RA5

477-0170-01

R-PK

CP

8*10KOHM

1/161'1

5%

1'1/C

E102

212-5474

CONN

20P

SD-52610-2017

·•

RA6

477-0170

R-PK

CP

B*lOKOHM

1/161'1

5%

W/C

L101

NOT

USED

NOT

USED

RA6

477-0170-02

R-PK

CP

8*10KOHM

1/161'1

5%

W/C

RA6

477-0170-01

R-PK

CP

8*10KOHM

1/161'1

5%

W/C

ClOl

NOT

USED

NOT

USED

C102

NOT

USED

NOT

USED

RA7

477-0170

R-PK

CP

8*10KOHM

1/161'1

5%

W/C

C103

151-0430

CAP

CER

CP

lOPF

50V

CH1608

RA7

477-0170-02

R-PK

CP

8*10KOHM

1/161'1

5%

1'1/C

C104

151-0430

CAP

CER

CP

1

OPF

50V

CH1608

RA7

477-0170-01

R-PK

CP

8*10KOHM

1/161'1

5%

1'1/C

C105

151-0418

CAP

CER

CP

0.01UF/50V

BK1608

RA8

477-0170

R-PK

CP

8*10KOHM

1/161'1

5%

1'1/C

C106'

151-0418

CAP

CER

CP

0.

01UF/50V

8K1608

RA8

477-0170-02

R-PK

CP

8*10KOHM

1/161'1

5%

W/C

C107

151-0418

CAP

CER

CP

0.

01UF/50V

8K1608

RA8

477-0170-01

R-PK

CP

8*10KOHM

1/161'1

5%

1'1/C

C108

NOT

USED

NOT

USED

C109

151-0418

CAP

CER

CP

0.01UF/50V

BK1608

XI

230-5202

OSC

XTAL

17.

7344MHZ

+-20PPM

CllO

NOT

USED

NOT

USED

X2

NOT

USED

NOT

USED

C111

151-0418

CAP

CER

CP

0.

01UF/50V

8K1608

X3

230-5169

CERAMIC

RESONATOR

CST4.00MGW

Cl12

NOT

USED

NOT

USED

X4

230-5170-01

XTAL

32.

768KHZ

+-20PPM

SEIKO

C113

NOT

USED

NOT

USED

C114

NOT

USED

NOT

USED

JPl

NOT

USED

NOT

USED

C115

151-0418

CAP

CER

CP

0.01UF/50V

8K1608

JP2

476-2104-J-10

RES

CHIP

100KOHM

1/10W

50~

JP3

NOT

USED

NOT

USED

C116

NOT

USED

NOT

USED

JP4

NOT

USED

NOT

USED

C117

NOT

USED

NOT

USED

JP5

NOT

USED

NOT

USED

Cl18

151-0418

CAP

CER

CP

0.

01UF/50V

BK1608

C119

151-0418

CAP

CER

CP

0.01UF/50V

BK1608

JP6

NOT

USED

NOT

USED

C120

151-0418

CAP

CER

CP

0.01UF/50V

BK1608

-76-

11-4. Accessories/Package

List

Circuit

Parts

No.

I

Description

No.

Parts

No.

Oeser i pt

ion

No.

C121

150-0501

CAP E CP

47UF

6.

3V

MV6.

3VC47M

1

610-5861

ASSY

CP

SAT

EUR

C122

NOT

USED

NOT

USED

C123

151-D418

CAP

CER

CP

0.

01UF/50V

BK1608

2

6D0-6540

RGB

CABLE

SATURN

PAL

[A,

B]

Cl24

NOT

USED

NOT

USED

2

600-6540-01

RGB

CABLE

SATURN

PAL

V2

[A,

B]

C125

NOT

USED

NOT

USED

3

610-5865

RF

UNIT

STURN

TOWA

PAL-G/1

[CJ

C126

NOT

USED

NOT

USED

Cl27

NOT

USED

NOT

USED

4

600-6537

AC

CABLE

SATURN

PLUG=MF

[A]

C128

NOT

USED

NOT

USED

4

600-6538

AC

CABLE

SATURN

PLUG=C

[8]

C129

NOT

USED

NOT

USED

4

600-6538-01

AC

CABLE

SATURN

PLUG=C

[BJ

C130

NOT

USED

NOT

USED

4

600-6571

AC

CABLE

SATURN

PLUG=S

[C]

C131

NOT

USED

NOT

USED

5

672-2359A

MANUAL

HARD

SATURN

MULTI A [A,

BJ

C132

NOT

USED

NOT

USED

5

672-2359B

MANUAL

HARD

SATURN

MULTI B [A.

B]

5

672-2450A

MANUAL

HARD

SATURN

AUS

A

[C]

R101

476-1103-J-16

RES

CHIP

10KOHM

1/16W

5%

R102

476-1103-J-16

RES

CHIP

10KOHM

1/16W

5%

6

SGM-4349

POLY

BAG

340*340*0.05

EXP

6

R103

476-1103-J-16

RES

CHIP

1

OK

OHM

1/161'1

5%

7

SGM-4363

POLY

BAG

200*310*0.05

EXP

6

R104

476-1103-J-16

RES

CHIP

1

OKOHM

1/161'1

5%

R105

476-1103-J-16

RES

CHIP

10KOHM

1/161'1

5%

R106

476-1472-J-16

RES

CHIP

4.

7KOHM

1/161'1

5%

[Note]

[A]

· · ·

·UK

R107

476-1472-J-16

RES

CHIP

4.

7KOHM

1/16W

5%

[BJ

....

SOE

R108

476-1472-J-16

RES

CHIP

4.

7KOHM

1/161'1

5%

[C]··

··AUSTRALIA

R109

476-1222-J-16

RES

CHIP

2.2KOHM

1/161'1

5%

R110

476-1472-J-16

RES

CHIP

4.

7KOHM

1/161'1

5%

R111

NOT

USED

NOT

USED

R112

NOT

USED

NOT

USED

R113

476-1330-J-16

RES

CHIP

33

OHM

1/161'1

5%

R114

NOT

USED

NOT

USED

R115

NOT

USED

NOT

USED

R116

NOT

USED

NOT

USED

R117

NOT

USED

NOT

USED

R118

NOT

USED

NOT

USED

R119

NOT

USED

NOT

USED

RM101

477-0141-01

R-PK

CP

4*330HM

1/16W

5%

RM102

477-0141-01

R-PK

CP

4*330HM

1/16W

5%

RM103

477-0141-01

R-PK

CP

4*330HM

1/16W

5%

RM104

477-0141-01

R-PK

CP

4*330HM

1/161'1

5%

X101

230-5196

XTAL

20MHZ

SMD-49

CN1

209-5077

EDGE

CONN

lOOP

N630-9523-T005

-77-

II

Printed

in

Japan

(/)

50630

Sega MK - 80200-50, Saturn MK - 80200-50 Service Manual

Specifications and Main Features

Frequently Asked Questions

User Manual