Atari Super Breakout Operation, maintenance and Service manual

TM-118

, 2nd

printing

)I\.

.

GI

ATARr

GAME

Your game's serial number is stamped on the circuit (back) side,
bottom right corner, of the printed circuit
tion below. The same number
chassis and on the
Please mention this number whenever calling your distributor
service.

SERIAL

label located on the rear of the game cabinet.

NUMBER

is

also stamped on the TV monitor

LOCATION

board-see

the illustra-

for

,'

I

••

Super

Breakout™

Operation, Maintenance

c

1265 BORREGAS AVENUE

ATARI INC

PO. BOX 9027

SUNNYVALE, CALIFORNIA 94086

40817 45-2000 • TELEX 35-7 488

and

Complete

Service

Manual

with

Illustrated Parts Catalog

)1\..

ATARr

A Warner Communications Company Q

·.

·.·

:,

Copyright

No part
graphic,
nor

may it be stored in a retrieval system, transmitted,

for

public

(~;

1978 by Atari , Inc. All rights reserved ,

of

this

publication

or

electronic

or

private use,

may be

process,

without

reproduced

or

in the

permission

form

For

ATARI
1265

P.

Sunnyvale. California

permissions

O.Box

by any rre

chanica

of a phonogt;dphic

or

otherwise

from

the

pub

l-i

.....

· .

-

requ·ests. write

INC

Borregas

Avenue

9027

94086

l,

photo-

recording,

copied

~1~er.

:

---

ii Super Breakout

10G

.

Lithographed

in

the

U.

S:A . .

,·

·

1

LO\_.,

..

:

INTR.

A.

B.

GAME

C.

INSTALLATION

Line Voltage Selection . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-3

Type

D.

INTERLOCK,

AND

Interlock

E.

OPERA TOR OPTIONS

F.

SELF-TEST

G.

VOLUME CONTROL

~

GAMEPLAY

A.

INTRODUCTION

B.

C.

D.

- - .

REAu
PLAY
Double
Cavity

Progressi

TABLE

CONTENTS

~CION

v !UCTI

of

OTHER OPERA TOR CONTROLS .......

MOUt.

SETUP

ON .........

INSPECTION .

Power Cord

POW

Switch Checkout Procedure .

PROCEDURE ...

,....

.....

• ·O

DE .............

,,

1'\ Y . .

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

.........

..

. j

r:

' .... .

~

...

e . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

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

REQUIREMENTS

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

ER

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

.........

.........

..

...........

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

.

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

...

...

ON/OFF

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

SWITCH

.....

........

...

...

..

.......

....

...

.........

.......

..

. .

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

.

..........

......

...........

..

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

...

.......

.........

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

.

........

.

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

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

..

. .

....

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

........

....

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

.....

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

. ....

.......

....

..

. . ....

...

......

.......

.....

. .

. . .

......

. . . .

......

......

..

.......

.

.......

...

..

. , ......

...

...

...

....

...

. . .

. .

. .

1-1

.

1-2

. 1-3

. . . 1-4

. .

1-4

..

1-5

. 1-6
. 1-8

..

. 1-8

...

2-1

.

2-2

. .

2-2

...

2-9

...

2-9

. 2-11

2-11

OF

3

THEORY

A.

GENERAL

B.

P"'

WER

SUPPLY .........

c.

D.

E.

F.

G.

H.
}.

K.

4

MAINTENANCE

A.

B.

0

h -

0PROCESSOR CIRCUITRY

ROM, and

MPU,
Address

<l>O

Watchdog
SYNC GENERA TOR
PLAYFIELD GENERATOR

MOTION
SWITCH
PADDLE CONTROL
VIDEO
AUDIO

CLEANING
COIN
Components
Access

Cleaning
Lubrication

Adjustme~t.pf

Decoding ...........

Clock

OUTPUT ..........

OUTPUI

MECHANISM ...

to

OF

OPERATION

INFORMATION

RAM ...

Qriver . .

Reset .

OBJECT GENERATOR

INPUT

...
...

CIRCUITRY

...

AND

....

....

on

Coin

Coin Mechanisms

of

Coin Paths . .

... ...

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

Coin Switch Trip Wire

.......

......

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

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

. . .

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

..........

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

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

......

ADJUSTMENTS

. .

..........

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

Door

. .

.....

.........

.......

. . .

.

.........

...........

......

.

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

......

....

. . .... .... .

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

..

.

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

..

........

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

....

. . .

....

.........

.. ..

......

.

...

........

.

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

.

.....

....

.....

.......

......

..

...........

...

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

..

.

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

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

..

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

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

.

...........

.

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

...........

.......

........

. .

.......

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

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

..

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

....

...

...........

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

.

..........

..

....

.

.........

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

.

.

.... ....

.....

...

..........

.........

.

...

..........

. ......

.........

...

.

.........

.........

.

. . .

......

..

. . 3-14

....

....

.....

..

. 3-10

..

3-1
3-4
3-4
3-4

. 3-4

3-5
3-7
3-7

3-12
3-14

3-15
3-15

4-2
4-2
4-2
4-2
4-3

. 4-3
. 4-3

Super Breakout iii

TABLE

OF

CON.rENrS

Mechanical

General Troubleshooting Hints .

C TV

D.

E.

F.

G.

H.

}.

K.

5

ILLUSTRATED

MONITOR

FUSE

REPLACEMENT ..... .. ..

TV

MON
LAMP/SPEAKER ASSEMBLY REMOVAL .
LICON
LAMP
PADDLE
GAME

(LED)

START

SELECT

Adjustments

ADJUSTMENTS .

/TOR

REMOVAL.

SERVE

SWITCH

SWITCH

KNOB

(POTENTIOMETER)

SWITCH

PARTS

on

Coin

Mechanism .................

..........

..........

........

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

REMOVAL

REMOVAL ... .

REMOVAL .'·

REMOVAL .

....

CATALOG ;

.....

......

.........

......

......

...

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

...

.........

....

.....

......

. < " .

· ·

..........

·'

t

1

:

> .

·'

'

'UO

i/

-~·.~:

.....

. .

. .... y:

. .

..

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

.........

~

..

-

...

....

;;

'.

~·

.

...

......... 4-4

..

.........

·:..:

.........

:· :--

:· ~ . .

....

..

~

Y··:

........

·:

........

..........

....

...........

..........

.

..

...

. 4-9

. 4-10

4-11
4-11

4-4

4-6
4-6

4-8
4-8

iv

Super

Breakout

..• i

~

Figure

1-1

Figure

1-2

Figure

1-3

Figure

1-4

Figure

1-5

Figure

1-6

Figure

2-1

Figure

2-1

Figure

2-2

Figure

2-3

Figure

2-4

Figure

2-5

Figure

2-6

Figure 2-7

2-8

Figure
Figure 2-9
Figure 2-10

3-1

Figure
Figure

3-2

Figure 3-3

3-4

Figure
Figure 3-5
Figure 3-6
Figure 3-7

3-8

Figure
Figure 3-9
Figure 3-10
Figure

3-11
Figure 3-12
Figure 3-13
Figure 3-14
Figure 3-15
Figure 3-16
Figure 3-17

4-1

Figure
Figure

4-2

Figure

4-3

Figure

4-4

Figure 4-5

4-6

Figure
Figure 4-7

4-8

Figure
Figure 4-9
Figure 4-10
Figure

4-11

ILLUSTRATIOl\TS

Super Breakout Control Panel . . .
Voltage-Selection Connectors .
Lora.tion Set-up Requirements

~ocation

Opti
Location
Attract
Attract
Progressive Breakout Ready-to-Play
Cavity Breakout Ready-to-Play
Double
General Playfie!d Description
Double
Cavity Breakout Play
Progressive Breakout Play
Progressive Breakout Scrolling Effect

Diagram

Super Breakout Game Block Diagram . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Super Breakout
Super Breakout Schematic Diagrams
Power Supply Simplified Block Diagram

Memory

Phase 1 and
SimplifieJ
Oscillator

Horizontal
Vertical
Playfie/d Generator Block Diagram . .
Charactor Display Data .
Address Multiplexers Equivalent Diagram
Motion
Significant Paddle Signals
Super Breakout Harness Schematic Diagram
Coin

Type B Power
Coin

·

Hinging Open the Magnet Gate Assembly . .
Removal
Surfaces
Removed
Close-up
Detail

Adjustments on Coin Mechanism ..............

Locations
TV
Lamp/Speaker

of

Interlock

on

DIP

Switches

of

Self-Test Switch

Mode

Version Ohe . .

Mode

Version Two

Breab;;t

Breakout Play

of

Ball Rebounds

Block Diagram . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Phase

Diagram

and

Sync Timing Diagram

Sync Timing Diagram

Generator Circuit,

Door

Schematic Diagram . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-28

Supply Schematic Diagram

Door

Assembly . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

of

Coin Mechanism . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

to

Clean Inside the Coin Mechanism

of

Plate Covering Rear

Vi~w

View

of

of

Adjustments

Monitor

Removal. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-7

and

and

Power

and

Game

Ready-to-Play

Mode

Mode .........

Mode ................

PCB

Block Diagram . . .......

2 Signal Shaping . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-7

of

Crystal-Controlled

TV

Sync Circuitry .

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

Simplified

and

of

Lubrication Point. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Coin Switch

on

Fluorescent Lamp Removal

...... ..

.........

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

On/Off

PCB

and

Volume Control . .

.. ..

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

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

Mode

Mode

Mode .............................

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

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

Off

Paddle

..........

....

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

Timing .

of

Coin Slot . . . . . . . . . . . . . . . . . . . . . . . .

and

Trip

Wire ...........................

TV Chassis .

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

...

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

..

.. ..

Switches

Location

. .

....

.......

........

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

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

........

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

. . . .

..

. .

.....

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

Diagram .

...

... ...

......

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

...

and

Removal . .

.. .....

.

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

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

.

..........

..

. ....

.

.........

..

. . ....

.
..

......

....

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

. . .

.......

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

. . .

....

.......

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

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

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

....

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

.. ..

. .......

. . ....

......

.......

. . .

. . . . .

...........

. .

. .

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

. . .

. .

......

..

: .

..........

......

....

........

........

..

. . . .

..

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

.........

.. ..

........

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

.......

. . .

. .

...... . . .

. .... . . .... . . 3-10

..

......

.....

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

.

.....

......

.....

LIST OF

. . 1-2

1-3

. .

..

1-4
1-5

....

1-7
1-8

..

2-3

....

2-4

.

...

2-5

......

. . . . . 2-13

..

....

.....

. .

. . .

. . :

...

...

.....

.

....

. .
. 2-10

2-12

. 2-14

2-15

...

3-17

..

. 3-9
. 3-9

..

3-11
3-12

. 3-13

3-14

..

3-27

3-29

...

...

..

.

2-6
2-7
2-8

3-2
3-3

3-5
3-5

3-8

4-2
4-2
4-3
4-3
4-3

4-4
4-4

4-5

4-6

4-8

Super

Breakout v

LIST

OF

ILLUSTRATIONS

Figure 4-12
Figure 4-13
Figure 4-14
Figure 4-15

5-1

Figure
Figure 5-2
Figure 5-3
Figure 5-4
Figure 5-5
Figure 5-6
Figure 5-7
Figure 5-8
Figure 5-9

5-10

Figure
Figure

5-11
Figure 5-12
Figure 5-13

LICON(LED)

Lamp Start Switch Removal .
Paddle
Game Select Removal
Final Cabinet Assembly
TV Shelf Assembly
Control

Door

Coin

Front Bezel Assembly . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5-12

Coin

Lockout
Coin Switch Assembly .
Type B Power
Fluorescent Light
Fluorescent Light Assembly
RF

Shield

Button

Start
Super Breakout

Serve Switch Removal

Control

Panel

Removal ............

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

...... ..

.....

... ...

Assembly

Assembly .

Assembly . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5-14

Supply

and

PCB

Assembly . .

Assembly . . . ....

PCB

....

...

..........

...

. .

Assembly

Speaker

...........

...

Assembly .

......

..

...... .

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

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

...

.........

....

. ......

........

Mount

... ...

...

. .

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

.. .. ..

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

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

.......

~·li'

fl.lV

.. ..

...

. . ·. ·

.......

........

Assembly

. .......

...........

...

........

. .

.........

. . .... .

. .

. .........

. •

...

. . • , !

...

: • • • • • • • • • • • • 5-3

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

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

. .

.......

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

..

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

. .... .

...........

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

...... . . . 4-9

.

.........

..

.......

. . ~ . . . . . . .

........

.......

...... . .

....

...

..
...

......

4-10

.

4-11
4-11

5-6

. . 5-8

. 5-10

5-15

. 5-16
. 5-18

5-20

. 5-22
. 5-24

5-27

vi

Super Breakout

LIST OF TABLES

1

(

Table
Table
Table
Table
Table
Table
Table
Table

Installation Requirements

1-1

Operator Options . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

1-2

Self-Test Procedure

1-3

Double

2-1

Cavity Preakout Scoring Chart . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

2-2

Progressive Breakout Scoring Chart . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-15

2-3

MPU

3-1

Atari

3-2

Breakout Scoring Chart . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

lnput/

O~

';Ju~

Inc. Programmable

..........

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

Signal Descriptions ...............

Memory

Map

....

......

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

...

.....

....

..........

..

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

. . .

....

...

..

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

.....

1-1
1-6
1-9

2-11

2-11

3-6
3-6

Super

Breakout

vii

)

/:'

( .

A.

INTRODUCftOlY

Super Breakout™ is a

developed

upright,
colored
enhance

mounted

monitor

TV

panel

Player-operated

trol

panel
screen
in Figure 1-1. The
rotary
pushbutton
start

by

Atari Inc. The game

floor-resting

orange, red and

potential

vertically

viewing

that

also displays

directly

on

the

front

switch,

pushbutton.

paddle

and a

one-

or

two-player

is

cabinet

play. A 19-inch TV

in

the

screen

controls

below

of

the

controls

control

one-player

illustrated

white

graphics

top

front

of

is

shielded by a Plexiglas®

colorful

game cabinet

graphics.

are

the

TV

consist

knob,

start and

mounted

monitor

of

LOCATION

game

packaged

the

cabinet. The

as

a Game Select

a red

in

by

brightly

to

further

monitor

on a con-

viewing

illustrated

LED

serve

two-player

SETUP

an

is

SERVE LED

-------

PUSHBUTTON

PADDLE CONTROL

----

KNOB

ONE-PLAYER ------------r-----

START PUSHBUTTON

TWO-PLAYER

--------1---m

START
PUSHBUTTON

CONTROL--------­PANEL

Figure 1-1 Super Breakout

The

coin

the

game cabinet,

the

play. The cash

access

door.

mechanism

below

box

on
the

is

located

the

front

control

mid

portion

panel, initiates

behind a locked

of

2.

Control

After

in

good

door.

cess
the

following:

Panel

determining

condition,

Carefully

that

unlock

inspect

the

game

and

the

has

been received

open

the

interior

and

rear ac-

verify

I

~

1

Super Breakout
player's
point
regardless
a
brick
cumulated
bottom
the
also
from
bricks.

B.

ready
Your
final
follow
game

1. Examine all external parts

objective

score

by

of

brick,

points

disappears and

scores are displayed

of

the

bricks and

rebounds

the

backwall

GAME

Your

new

to

play

cooperation

touch

the

procedures

is

in

perfect

dents,

chips

the

on

of

is

a ball-and-paddle game;

is

to

build

hitting

the

balls

game selection.

are added

TV screen. Besides

from

from

to

the

ball

the

player's paddle(s),

the

two

boundary

INSPECDON

Super Breakout game

removal

is

quality

condition:

or

broken

from

desired in

control

below

parts.

the

up

the

highest possible

toward

the

sidewall boundaries and

of

a wall

of

bricks,

Each

time

a ball hits

player's score. The

rebounds.

continuously

rebounding

behind

the

order

to

your

to

ensure

the

game cabinet

Player ac-

the

the

wall

is

manufactured

shipping

to

carton.

supply

game. Please

that

at

from

ball

your

the

of

the

for

a.

All

plug-in

b. Remove game

Section

c. All integrated

on

ets
seated.

Replace game

d.

Section

e. The fuses are all seated

No

f.

g.

the
(located
fluorescent
be certain

harness wires are

No

loose
especially metal
trical

Be

sure all

game

printed

on

that

connectors

PCB

E.

circuit

the

game

E.

foreign

problems.

major

circuit

the

power

lamp

and all

the

TV

are

firmly

seated.

as

instructed

packages (chips)

printed

PCB

objects

assemblies are checked. Check

supply

monitor

circuit

as

instructed

snugly

disconnected.

objects

that

board

(PCB),

chassis),

other

player

is

in Steps

board

in

their

should

could

the

the

controls.

securely

1-4

of

in

sock-

are

firmly

in Step 6

be present,

cause elec-

transformer

speaker,

mounted.

of

holders.

Also

1-2

Super

.Breakout

LINE VOLTAGE-CHANGING

VOLTAGE PLUG WIRE COLOR

95

VAC

110 VAC

210 VAC
220 VAC

.

(installed

BLACK

ORANGE

at

factory)

GREEN

RED

ORANGE-­CONNECTOR

(FACTORY-

INSTALLED)

@-

VOLTAGE SELECTION
CONNECTOR

8

Amp,

Fast-Blow

125V.

/""-

(

(

@

Check
label in
game
corner
back
illustration

the

cabinet.

(common

of

the

the

serial

upper

This serial

PCB,

on

the

0

QQ

V.mp,250V.

left-hand

to

inside

inside

number

corner

number

both

edge
the
front

Slow-blow

0-

N/OFFAND

INTERLOCK

SWITCH

POWER SUPPLY
CHASSIS

Figure 1-2 Voltage-Selection Connectors

located

game

cover

on

the

on

the

back

also appears

connectors)

cabinet.

of

this

metallic

of

the

in

the

on

the

See

the

manual.

2;

If
plug
Power

3.

If

the

AC

in

Supply

AC

orange

line

the

line

voltage

black

low-voltage

Chassis.*

voltage

connection

2.5

Amp

.125

Slow-blow

is

consistently

is

approximately110VAC,

(factory

V.

below

connection,

installed).

100 VAC,

on

the

plug

in

C. INSTALLATION

RE~mREMENrS

Voltage

tion

form

1.

*Figure

them

Selection

Your

Super

at 110 VAC,

IF

YOUR

the

following

Measure

1-2

shows

already

Breakout

60

LOCAL LINE VOLTAGE

AC

line

the

plugged

Hz.

steps:

voltage

four

in.

game

connectors

with

is

shipped

an

IS

110VAC,

AC

voltmeter.

with

for

one

opera-

per-

of

IF

YOUR
BUT INSTEAD
steps:

1.

Measure

2.

If

plug

3.

If

the

AC

AC

AC

line

in

the

line

voltage

red

connection.

LOCAL LINE VOLTAGE

IS

220

VAC,

perform

line

voltage

green

voltage

is

low-voltage

is

approximately220VAC,

with

an

consistently

connection.*

Super Breakout 1-3

ISNOT110VAC,

the

following

AC

voltmeter.

below

210 VAC,

plug

in

Table

1-1

Power Requirements

Power

Supply:

Temperature Range

On

Location

In Stora5e:

Humidity

Relative
Humidity:

Location Space Requirements*

Height:
Width:
Depth:

TV

Monitor

*See Figure 1-3.

and

Range

Installation Requirements

110

VAC

220 VAC @50 Hz

No
(32

No
Celsius (120 degrees Fahrenheit)

No

169

62

70

19-inch Black

@60 Hz

lower

than

degrees Fahrenheit)

higher

more

centimeters

centimeters
centimeters

0 degrees Celsius

than

49

than

95%

and

200

degrees

(66

inches)

(25

inches)

(28

inches)

White

Watts

Type

of

Power

Atari has added a

Breakout
that
the

relief
prevents
harness

D.

game. The advantage

if

pulled

cord

in

"cushions"

the

connector.

INTERLOCK,

SWITCH
OPERATOR

To

minimize

you

are

working

two

interlock

located

the

from

To

been
during

behind

coin

door.

the

game

help

conserve energy, a

placed

closed

Cord

accidentally,

place at

cord

the

from

AND

strain-relief

cabinet

the

impact

pulling

POWER

OTHER

the

cord

of

this

strain

relief

wall.

The plastic strain

of

the

the

wires

ON/OFF

CONTROLS

the

hazard

on

the

switches have been installed.

the

rear access
These switches
cabinet

on

the

game so

periods.

inside

while

This

of

electrical

of

door

remove

the

doors

power

that

it

switch

the

game cabinet,

and

remain
on/off
can be

is

located in

to

type

shock

shock

one

all

the

switch

turned

your

of

will

out

One

behind

Super

cord

hold

and

of

the

while

is

power

open.

has

off

the

is

8'!!11!11!!1!1!!!!!!m!lll_.........,

"--<s

·<s

~

//

(70 CENTIMETERS)

(62 CENTIMETERS)

1- 4 Super Breakout

Figure 1-3 Location Set-up Requirements

(

POWER ON/OFF SWITCH

NOTE:
WHEN TROUBLESHOOTING WITH THE
DOOR (S) OPEN, YOU MUST PULL INTERLOCK
PLUNGER OUT WITH THUMB

AS INDICATED

upper
shown

rear

in

Interlock

Check

switches

1.

Unlock

door.

2. Plug
outlet

Figure 1-4.

Switch

by

the

(110

BY DIRECTION OF ARROW.

left-hand

corner

Checkout

for

proper

performing

and

open

the

AC

power

VAC

or

220 VAC).

AND

Figure

of

the

Procedure

operation

the

following

rear access

cord

into

FOREFINGER

1-4

Location

game

cabinet,

of

the

interlock

steps:

door

and

your

local

the

line

of

Interlock

as

coin

AC

and Power

3. Set

the

4.

Close

proximately

to

the

a

picture.

5.

Slowly
the

TV
rear access
mately

On/Off

power

the

rear access

game

open

picture

one

Switches

on/off

30

seconds

cabinet

either

should

or

coin

inch.

INTERLOCK SWITCH

switch

the

door

door

to

and

coin

after

closing

TV

monitor

to

the

reappear,

is

opened

Super Breakout 1-5

the

"on"

door.

should

game

when

position.

Within

the

last

display

cabinet,

either

to

approxi-

ap-

door

and

the

OPTION

Table 1-2 Option Settings

Switch Settings on 8-Toggle DIP Switch

(located

at

position J8/9 on the Game

1 2 3

4 5

7

6

PCB)

RESULT

8

Game

Coin

Game Length

Extended Play Levels

instruction

(as

displayed

TV

screen) OFF

Mode

(extended play equals

one

full

game)

language

on

ON

ON

ON

OFF

ON

OFF OFF

ON ON

OFF

ON

OFF

ON

OFF OFF

ON

OFF

ON ON
ON ON
ON

ON
OFF
OFF
OFF OFF
OFF OFF OFF

ON

OFF

OFF

ON

OFF OFF

ON

ON

ON

OFF 1200

ON

Progressive

Breakout

No

extended
200
400
600
900

1600
2000

English
German
French
Spanish

play

Free

2 Plays/Coin

1 Coin/Play
2 Coins/Player

5 Balls
3 Balls

Cavity

Double

Breakout Breakout

play

allowed
200
300
400
700
900

1100
1400 1500

1000
1200

-

200
400
600
800

6.

If

the

results

lock

switches are

does

not

the

corresponding

its

mounting

7.

Close arid

E.

OPERA.TOR

The

operator

peal

for

each game

in Table 1-2. They are preset

during

have been set

mode

sembly
cuit
following

1-6 Super Breakout

production.

with

To change

and set

board

of

Step 5 are satisfactory,

disappear

or

stuck in

lock

both

options

location.

for

the

information

the

toggle

the

desired

(PCB)

must

procedure:

operating

as

interlock

doors.

OPTIONS

To

determine

the

game,

be

properly.

described,

switch

the

"on"

offer

maximum

These

for

a certain game set-up

compare

in Table 1-2.

positions

options,

removed

If

check

is

broken

position.

options

how

the

of

the

the

according

the

inter-

the

picture

to

see

player ap-

are listed

switches

the

attract

switch

printed

to

from

as­cir­the

if

....-~~~~~~~NOTE~~~~~~~---

This game
access

has

dividual

result

1.

Unplug
the

2.

Locate
sembly
hind
end
connector
Breakout
aluminum

3.

Turn
the
counterclockwise.

PCB.

been redesigned

of

the

rear access

the

immediately

the

rear access

of

the

game

the

three

RF

Shield assembly

includes a new

The radio

quarter-turn

field

input.

game

power

door.

radio

frequency

inside

door
assembly
coming

box

individual

PCB.

with

is

from

(The

hundreds

style

frequency

to

use

only

three

fasteners

on/off

(see Figure 1-5).

a small

the

RF

quarter-turn

%-turn

as a direct

switch and

(RF)

shield board

the

game cabinet be-

PCB

edge

Shield Assembly

of

holes.)

to

of

easy-

shield

in-

On

with

an

of

the

fasteners

the

left,

open

as-

one

edge

Super

is

an

on

or

('

(

..

zo

CDJ-

a::Dw

CilJ

..

=~

cca

...

[[]JO.

CDJ

...

CDJOO

GAME PCB

Figure 1-5

Option

DIP Switches and Game

----RF

PCB

Location and Removal

SHIEL.D

Super Breakout 1-7

SELF-TEST-SWITCH

---VOLUME
CONTROL

VOLUME
DECREASE:
COUNTER­CLOCKWISE

•

4.

Carefully
and
would
making

5.

Set
in

Table 1-2.

6.

Reinstall
in reverse
PCB.
PCB

7.

Close and

8.

Plug in
tion

Super

1-8

Figure 1-6 Location

pull

out

the

Super Breakout game

the

RF

Shield

not

normally

option

the

switches

both

order.

Before reinstalling, always inspect

for

damage.

lock

the

by

playing

Breakout

board

switch

for

PCBs

by

Do

the

rear access

game and

the

game.

together

need

changes.

the

desired

following

not

force

verify

as a unit.

to

be separated

options,

steps 1throu_gh4

or

bend

door.

that

ali

as

the
the

options

of

Self-Test Switch and Volume Control

PCB

These

when

listed

game
game

F. SELF-TEST PROCEDURE

Super Breakout

data

fo

demonstrate

controls

uses

ditional

location
dure,
figure.
structions
the

are

working

the

TV

monitor

equipment

of

the

Self-test switch. To start

slide this switch

See

Table 1-3

on

the

self-test each

seif-test.

G. VOLUME CONTROL

If

func-

volume

the

coin

indicated

is

incorrect

door

and adjust

in Figure 1-6.

will

that

is

required.

time

test

the

game's
properly.
and

the

to

on

for

further

We

suggest

the

coin

for

the

itself

This

speaker;

See

as

indicated

details and

box

your

volume

and

provide

circuitry

procedure

Figure 1-6

the

that

you

is

opened.

location,

control

and

no

ad-

for

proce-

in

the

in-

run

open

as

Table 1-3 Self-Test Procedure

Instruction Result

1.

Preliminary

Set

volume
(located
iately

the

coin

2.

RAM Test
Set

Self-Test Slide

(located above

potentiometer,
behind
coin

ROM

3.
No

operator

(

Immediately
tion 2 if
automatically

2, 3, and 4

byte

1K

Lights and

4.

Operator

control.

Immediately
tion 3 whether

level

on a bracket

behind

door)

Test

and

door)

and

to

to

the

action

follows

it

passes. This step

tests ROMS 0, 1,

that

blocks.

Audio

should

follows

potentiometer

immed-

to

the 1left

to

Yi

volume.

switch

the

volume

immediately

the

left

of

"on"

position.

required.

instruc-

represent

Test

adjust

volume

instruc-

or

not

it

passes.

of

the

five

When
checksum

The
lights and

sounded

ROMs 0, 1, 2, 3,

is

displayed

one-

Four

audio

Not

Clears

correctly

on

and

the

tones

(from

if

Test Passes

Applicable

the

Screen The

and

no

message

the

TV

screen.

two-player
serve

are also

high

start

light light

to

low

4

up.

tone).

if

Result

Not

TV

monitor

pattern,

(representing

respectively)

A

good
the
should

The test stops (video, no audio) un­til the self-test switch

"off",

When
checksum,
on
failed
cates
obtained
value, in a
number.

Lights
Proceed

Either

and a series

distinct

bit. A HIGH

bit

is

different

be.

and then back on again.

ROMs 0, 1, 2, 3,

the

TV screen

ROM

the

difference
value and

do

not

to

no

tones

Test Fails

Applicable

screen displays a

of

DO

through

sound

LOW

tone

tone

from

a message

to

number.

the

2-digit

hexadecimal

turn

on.

instruction

or

missing tones.

eight

tones

07

off.

indicates a

indicates

what

is

turned

and

4do

is

displayed

indicate

It

also

indi-

between

expected

5.

it

to

not

the

5.

Switch and Lamp Test

Immediately
tion 4 whether

Rotate Paddle

Push all
SLAM,
PLAYER
SERVE
KNOB.

follows

Knob

the

following

COIN

SWITCHES,

START

SWITCH, GAME

instruc-

or

not

it

passes. mains displayed. All

switches:

SWITCHES,

SELECT

No

Paddle

lighted.

All values from 00
decimal notation should be ob- Possibility
tainable. Any movement
knob should cause the numbers on
the screen

1 digit in either direction.

Each
audible

control

to

pressed

click.

potentiometer

lights

to

FF

hexa- Values

move

not

more than

switch

generates

remain

of

the

re-

potentiometer
and any
turn

off.

not

as

a result

Neither a click

values displayed,

one

or

several lights

between

potentiometer

of a dirty

or

any

Super Breakout 1-9

00 and

too

pot.

sound.

FF.

noisy

(

GAME

A.

INTRODUC'fiON

The Super
modes
scribed

•

of

below:

ATTRACT-When
a game

Breakout

operation.

ending

PLAY

game

has

three

different

These modes are listed and de-

power

with

no

is

applied

further

or

credits.

as

a result

of

READY-TO-PLAY-Coins

•

•

PLAY-Initiated

one-

or

two-player

immediately

start

accepted.

after

button.

pressing

the

Super Breakout

Super

Breakout

one

of

three

different
games
panel
Breakout

•

• Cavity

• Progressive

under

B.

sions.
power-up
occurs

longer any credit. The difference between these

tract

begins
power
is
Figure 1-4).

monitor
with
Double,
The
invisible
(where

game,
ball
randomly
pact
towards
rebounds
not
paddles
action
to
the

scores remain steadily displayed
monitor
displayed blinking

byturningthe

to

the

desired

games are

Double

Each

game

Section D.

ATTRACI'

The

Attract

The

first

of

the

at

the

mode versions

The

first

version

when

AC

on/off

switch

located

Double,

at

the

While

in

the

displays each

Cavity,

screen

Immediately

the

is

automatically

with

change

attention

In this attract mode version the last

for a short

to

Progressive,

does

solid

the

paddle

first

heads
this

the

brick

and

the

as a result

that

never

proceeds

to

Progressive

of

screen, whereas the coin/player credit phrase

allows

the

player(s)

action-packed

game

select

knob

game.

The

three

the

following:

play

is

explained

in

MODE(SeeFigure2-1)

mode

version

game

end

of

is

power

1s

top

first

not

line

at

normally

upon

attract

served.

toward

line

the

wall.

brick

as

the

a passing

at

the

appears

occurs

or

every

aooreciable and must be noted.

of

the

is

applied

tu

med

rear

version

game

and

display a paddle

the

applying

mode

the

ball

The

disappears

of

having a solid

miss. This

playfields

bottom

in

immediately

after

Self-Test.

game

attract

to

"on"

of

the

cabinet

of

attract

sequentially,

time.

It

finally

bottom

is

displayed).

version
When

horizontal

rebounds,

ball hits a

continuous

change

and

back

potential

at

the

of

two

when

mode

(the

then

returns

of

AC

the

but

to

the screen.

to

Super

on

available

later

different

The

the

game
power

as

mode,

proceeds

but

the

power

is

activated

ball

line;

then

brick,

the

invisible

from

Cavity,

player.

bottom

the

paragraphs

there

(power-up)

beginning

TV

is

serve

two

select any

Breakout

control

Super

ver-

after

AC

second

is

no

two

at-

and

the

switch

shown

to

rather

rebound

of

the

TV

to

Cavity.

an

screen

to

the

and

served

on

im-

travels

the

ball

does

row

of

Cavity,

drawing

player

the TV

in

a

it

is

is

phrase
screen.

attract
pushbuttons
switches
inoperative

the

credit. When the last ball in the game
missed, the second version
and displays the last game's brick pattern (if
paddle(s) disappear,
row
(corresponding
nating
number
served and captured
playfield objects and boundaries,
screen
more credit

~--------

tract
previous

C.

selection

2-3 (Progressive),

is

immediately

by

the

credits

rotary
screen
playfield
sponding

example,
while
was set
would

Double

ready-to-play

come
served.

displayed

The

sound

mode

and

or

and

the

during

The

second

end

of

every

of

paddles and a flashing coin mode on the screen

with

High Score (if

of

balls

or

knock

to

the game.

The

game select

operative

After

several seconds lapse,

mode

appears

paragraphs

READY-TO-PLAY
(See

The

During

Figures

ready-to-play

as

illustrated

coin

mechanism

remaining.

game

select

changes

display

to

the

if

the

in

the

attract

to

either

immediately

game

playfield

mode

the

visible

and

blinking

(or

audio)

neither

Serve

pushbutton

3-position

this

version

game

when

leaving the solid invisible horizontal

to

the operator's option setting), alter-

for

the game being displayed are then

to

out

any bricks until the player adds

NOTE

rotary

until

credits

on

under

at

the

bottom

remains

the

rotary

version

of

the

of

not

randomly bounce against the

are

the

this

muted

one-

or

two-player

is

lighted.

switch

of

the

attract

attract

there

the attract mode appears

---------

switch

screen

mode

are

no

is

zero). The required

but

never

remains

provided.

the

first

as

described

heading.

MODE

2-2, 2-3,

mode

in

Figure 2-2 (Cavity), Figure

and

Figure 2-4

initiated

screen displays a

ready-to-play

after
or

After

the

switch

from

its

sequence

game

select

mode

Cavity

the

or

change

to

playfield.

ball

the

at

the

coins

becomes

current
to

and

the

Progressive,

from

the

mode

is

no

2-4)

exists

for

(Double).

coins

end

are

the

playfield

switch

Double

game

the

Cavity

the

longer

are accepted

of

accepted,

active

attract

select

attract

or

paddle(s) be-

automatically

of

the

during

also remain

longer
served and

to

version

each

This

a game

setting.

the

Progressive

the

start

These

mode.

occurs

any

any).

The

leave the

in-

game

mode

with

the

and

the
mode
corre-

For

Breakout

switch

display

mode

at

at-

in

2-2

Super Breakout

SCREEN DISPLAYING
DOUBLE BREAKOUT
PLAYFIELD

ORANGE--­BRICKS

GREEN
BRICKS

(

PLAYER ONE
SCORE

---

VERSION ONE

""--INVISIBLE

'----

BALL

ROW OF
PADDLES

PLAYER TWO
SCORE

Figure

2~

1

Attract

Mode

Super Breakout

2-3

SCREEN DISPLAYING
DOUBLE BREAKOUT
PLAYFIELD

ORANGE

BRICKS

GREEN

BRICKS

PLAYER ONE
SCORE

---

VERSION TWO

INVISIBLE
OF PADDLES

ALTERNATELY

FLASHES WITH
THE COIN MODE
(1

COIN 1 PLAYER)

----PLAYER

BALL

ROW

)

TWO

SCORE

2-4

Super Breakout

Figure 2

.. 1 Attract

Mode

ORANGE--

BRICKS

GREEN
BRICKS

SERVE---­BUTTON
DOES NOT

FLASH

ONE-PLAYER

___

START BUTTON
FLASHES FOR ONE
COIN CREDIT

CONTROL PANEL

_,

Figure 2-2 Cavity Breakout Ready-to-Play

Mode

TWO-PLAYER
START BUTTON
FLASHES

FOR

COi N CREDITS

Super Breakout

TWO

2-5

BLUE
BRICKS

GREEN
BRICKS

FLASHES

ALTE-RNATE WITH

"HIGH

SCORE

1144"

ONE-PLAYER
START BUTTON
FLASHES FOR
ONE COIN CREDIT

2'

-6

Super Breakout

----

Figure 2-3 Progressive Breakout Ready-to-Play

Mode

ORANGE

GREEN
BRICKS

SERVE BUTTON
LIGHT DOES NOT
FLASH

PADDLES

.•

ONE-PLAYER
START BUTTON

FLASHES FOR ONE

COIN

CREDIT

___

CONTROL PANEL

_,

Figure 2-4 Double Breakout Ready-to-Play Mode

---

TWO-PLAYER
START BUTTON
FLASHES FOR TWO
COi N CREDITS

Super Breakout

2-7

DOUBLE BREAKOUT
EXAMPLE

ORANGE

BRICKS

SIDEWALL ,

SECOND .

BALL SERVED

(SERVE IS NOT

LOST IN THIS CASE)

SERVE INDICATOR
INDICATES
BALL

TO
BE SERVED
(WHEN TWO BALLS
ARE SERVED AT THE
SAME TIME, THEY ARE
STILL COUNTED AS
ONE SERVE

---

GREEN

BRICKS

WHEN FIRST

BALL

SERVED IS MISSED,
THE SERVE IS LOST
AND SERVE INDICATOR

UP

COUNTS

ONE

COUNT

2-8 Super Breakout

Figure 2-5 General Playfield Description

The

screen also displays
bonuses
have
one-player
credit
when

The

(unlighted
two-player

that
credit
ginning
subtracted
Just
of
option
credit,
first
also be
bonus
option
game's
words

The

whenever
accumulator,
whenever
program

these

D.

cussed

select a game
switch

initiates
whenever
and
tom

pressed

option

select

played,

explained

Figure 2-5).
will
the

before

(operator

the

option

has

two

or

Licon

LED

and

The game's

can keep

is

subtracted

of

after

initial

coins

will
can be set so
or

else so

and

subsequent

added

score level,

has

two

"One-Player

lamp

at least

at least

is

buttons.

PLAYMODE

After

the

in

the

to

the

the

pressed. The serve

the

current

of

the

for

of

changing

switch.

but

The play

in

The

ball's

Although

always be

bricks,

the

it

reaches

point

requirements

option),

of

selecting a desired

start

pushbutton

been

accumulated.

more

credits

serve

inoperative)

start

pushbutton

circuitry

track

of

from

a

one~player

at

the

beginning

application

cause

credits

that

that

each

time a player

provided

been

set

start

pushbuttons

Start"

behind

waiting

desired setting. Either player start

TV screen. Before

the

the

modes

detail

the

one

and

behind

two

for

ready-to-play
previous
by

simply

play

mode

PLAYER'S

first

time,

the

The

bonus

high

of

in

initial

toward

ball

may

the

and

the

flashes

Both

have

been

pushbutton

has a

up

the

game, and

to

deposit

it

adds

play sequences,

to

allow

one-player

credit

credits

the

mode

paragraphs,

setting

SCORE flashes at

the

game

score

score

all

three

the

following

direction

one

component

the

paddle

even

paddle

switch

until

either

is

pressed.

credit

to

15

game credits.

accumulator

of a two-player

of

AC

power,

be

added.

of

one

two

credits.

attains

that

a second

bonus

are

engrav~d

and

"Two-Player

is

remaining

the

two-player

are

remaining,

player(s)

is

displayed,

the

the

game select

for

the

lamp

the
player(s) still has
by

turning

needed

will

not

be displayed.

selectable games are

will

rather than

hit

a sidewall

end

of

player

game. The

when

buttons

accumulated.

remains

the

accumulator

two

credits are

the

An

coin

During

one

credits.

button

in

to

push

player(s) may

selected

begins

serve

will

paragraphs.

be

random

of

its

the

screen. The

for

or

players

only

one

flash

off

one-

One

at

the

be-

game.

deposit

operator

adds

one

the

credit

will

the

preset

operator

The

with

the

Start".

flashes

the

credit

button

and

the

one

as

dis-

rotary

switch

game

to

flash

the

bot-

switch

the

the

game

be dis-

(see

direction

toward

boundary

or

of

is

ball

is

never

allowed

perpendicular

bricks

or
ball appears,
the

batl
screen remains at
ever,

the

new

ball appears

With
must

now
paddle
tion
screen.
off
duced
"bounce"

disappear and
brick
duced
point

the

ball has disappeared
continue
press

flashing score in
changes
two)
when
two-player
(The game resets

in a two-player

until
in
reverts back
game

start
credit
the

it
escape,
invisible

TV

knob

that

the

wall
whenever

Whenever

can disappear at a

to

value.

A serve

serve

the

after

player

The play sequence

all

the

the

credit

will

buttons

is

game reverts

automatically

screen.

Double

The

the

Game

player

then

ton

and serves

the

flashing red

to

the

to

any

of

the

the

serve

number

number

the

try

intercepts

If

the

sound

represent

button

the

serve

from

player

game receives an equal

remain in

remaining

however,
solid

(See

Double

Select

presses

in

"1".

will

on

ball

moving

to

volley,

so

that

player succeeds,

of

bricks. The

the

whenever

the

the

ends

right

lights

play sequence a player

button.

the

the

left

one

two

misses a

the

game.)

balls are served.

accumulator

to

the

attract

are

lighted,

to

serves

row

of

Figure

Breakout

rotary

the

ball

LED

to

move

in a

direction

front

surface

boundaries.

buttons

the

mid-lower

On

subsequent

be increased

the

screen.

on

that

the

paddle

the

ball

"blip"

ball hits

the

ball hits a

ball

will

time. A "tick"

each

point

after

up

and flashes

off

the

During

lower

left

(player one)

misses a

respective player's last

continues

at

mode,

the

play

because

in

the

credit

the

attract

itself

because

paddles at

of

the

As

soon

go

dark

portion

by

the

TV

screen,

is,

try

to

manipulate

will

move

before

rebound.

the

volley.

If

this

it

escapes

the

ball

sound

the

paddle,

ball hits a

brick,

that

of

the

player fails

as

end

of

the
must

two-player

corner

a ball. This ball
it

of

to

the

volley,

no

mode

and vice versa

Each

number

as

described

credit

time,

then

version

if

this

accumulator.

mode,

can

not

the

lower

one

2-6)

game

is

selected

the

flashing

whenever

serve

switch

to

"Double."

player start

desired

pushbutton.

exactly

paddle,

as

the

(turn

off),

of

serves,

1 each

But
sound

the

time

the

player

t9 a posi-

off

will

rebound

will

be

and

boundary.

brick

only

is

brick's

to

volley;

soon

as

screen. To

again

games

TV

screen

right

(player

player in a

of

serves.

position

above

is

remaining

the

two.

But

(or

means

version

cannot

get

past

end

of

by

setting

pushbut-

by

pressing

the

first

but
the

how-

a

the

the

pro-

the

will

one

pro-

score

the

de­the

game

the

both)

that

After

two,

the
the

The

Super

Breakout 2-9

ORANGE

BRICKS

SECOND
BALL
SERVED

FIRST
SERVED

FLASHES
WHENEVER

~;~~ER

BALL

ONE

SERVE BUTTON
STOPS FLASHING
WHEN PRESSED

r.:======:=:=::=:==:=:==:.1

CONTROL PANEL

ONE- AND TWO-PLAYER START
BUTTONS STOP FLASHING
BEING PRESSED (EITHER ONE)

AFTER

____

PLAYER TWO SCORE
IS NOT DISPLAYED

IF ONLY
ONE-PLAYER
START BUTTON IS
PRESSED.
THE TWO-PLAYER
START HAS BEEN
PRESSED, THIS
SCORE IS DISPLAYED

AND
WHENEVER PLAYER

TWO IS

THE

WILL

UP.

GREEN

BRICKS

WHEN

FLASH

-1

O Super

2

Breakout

Figure 2-6 Double Breakout Play

Mode

Each

cavity

Before
playfield
of

the
mediately
two

rows

struck

rows, 3 points
and 1 point
See Table
The

maximum

Table

Color

orange
orange
orange
orange
green
green
green
green

(

Two

the

TV

two

balls are served.
counts
allotted
served.
ing

the

the

first

ing

to

on

how

be

hit

the

bottom

serving

contains

TV

screen
below

of

orange

by a ball, 5 pojnts

for

2-1

for a quick

2-1

52

and

the

bricks

for

the

the

lower

score

"Double"

brick

Row

1
2
3
4
5
6

tke

oran~e

for

7

8 1

paddles

screen.

as

a missed serve

serves

If

the

first

ball.

the

last

many

with

either

When

per

second

served

Each

two

balls are

paddle,

of

the

are

the

If

game;

ball served
ball,
brick

columns

upper

baU,

the

double

bricks

(4

x 13)

52

green

orange

for

upper

two

and

Double

Breakout Scoring Chart

bricks

brick

wall.

are

worth 7 points,

the

lower

two

rows

rows

of

easy

scoring

Breakout

1 Ball

in

Playfield

of

7
7

5 10
5 10
3
3 6

1

displayed

serve

the

and

the

knocked

in

the

at

pushbutton

first

ball served

goes against

otherwise

is

player

of

Table 2-1,

playfield.

and

theywill

paddle.

the

bottom

the

missed

may

out

scores

Either ball may

not

breakout

at

the

(4

x 13) i m-

The

two

orange

green

green

bricks.

reference.

is

2694.

2 Balls

in Playfield

14

14

is

pressed

is

missed,

the

players

second

after

continue

accord-

depending

bounce

top

upper

when

bricks

6

2
2

end

ball

strik-

with

off

of

it

is

motionless

served,

until
and
(if
the
struck
from

brick

5
3

and
green bricks

one
enough
from
any
served and
the
playfield,
missed

the

the

the

out

Color

.

these

the

ball

remain

any)

is

bricks

by

these

Each

wall
points
points

for

for

only 1 point

One

ball

bricks

its cavity,

one

of

third

ball

and

second

playfield,
1-ball

The

maximum

is

something

Table 2-2

served. As

is

contains

prior

to

captive balls

is

missed. In

motionless

surrounding

them,

brick

paddle

the

column

and

balls.

in

the

are

worth 7 points

each

brick

each

brick

for

(see

Table

is

served,

are

removed

the

score

the

two

balls

freed

ball remain active

is

freed,

score

lost,

the

ball

is

missed and

points

of

less

"Cavity"

Brick

row

a captive ball

serving

long

each brick

provided

unlike

triples.
score

score attainable

the

ball.

bounce

this

c_ase

they

once

again

as

the

balls remain

them

do

not

no

points

upper

in

the

in

2-2).

doubles

in

all

three

are

then

Table 2-2.

than

Breakout Scoring Chart

1 Ball

in

Playfield Playfield

can be

two

rows

when

lower

the

upper

in

the lower

in

this

Double

to

release a

for

the

playfield

in

balls are played

If

any

one

returns

to

only

one

scored

3384.

2 Balls 3 Balls

that

When

inside

until

two

in

the

stop

the

disappear

accumulated

of

the

struck

orange

two

green

two

game, and

Breakout.

captive

each

brick

(as

long

the

playfield).

of

the

double

ball remains

as

listed

for

Cavity Break-

remains

the

ball is

cavity,

moving,

next

ball

captive,

when

orange

by a ball,

rows,

rows

rows

of

only

When

ball

hit

by

as

the

If

in

the

balls is

points.

Playfield

If

in

under

in

Cavity

the
then

The

the

field
bricks

wall.

into
right

occupy

(See

The

game

presses

ball

flashing

Before serving

contains

located

At

approximately 3 columns

the

of

the
the

Figure 2-7)

Cavity

select

may

be

red

44

orange

wall,

space

Breakout

rotary

switch

the

flashing

served

immediately

brick

whenever

LED

serve

the

ball,

orange

wall,

two

cavities exist. These

of 4 bricks

game

is

to

"Cavity."

player

pushbutton.

the

Cavity Breakout play-

bricks

below

from

(a

and

both

2 x 2

selected

start

desired

52

the

in and 2 rows

by

The

pushbutton.

by

pressing

(4 x 13)

orange

the

left

two

brick

area).

and

cavities

setting

player

green

brick

down

the

orange
orange

orange
orange
green
green
green
green

Progressive

The

Progressive
setting
ive."

the

The

player

1

2

3
4
5

6

7

8

(See

game

Figure

select

then

7 14

7

5 10 15
5
3
3 6
1
1

14

10 15

6 9

2
2

2-8)

Breakout

presses

rotary

the

game

is selected

switch

to

flashing

Super Breakout

21

21

9
3
3

"Progress-

player

start

2-11

by

SERVED---

BALL

FLASHES
WHENEVER
PLAYER ONE
ISUP

-----....---------CAVITIES:

BALLS IN MOTION

ORANGE

BRICKS

GREEN
BRICKS

PLAYER TWO SCORE
IS NOT DISPLAYED
IF ONLY THE
ONE-PLAYER BUTTON

IS PRESSED. WHEN
THE TWO-PLAYER
START BUTTON HAS

BEEN PRESSED, THIS
SCORE IS DISPLAYED
AND WILL FLASH
WHENEVER PLAYER

TWO IS

UP.

( )

2-12 Super Breakout

CONTROL PANEL

NE AND TWO PLAYER
START BUTTONS STOP
FLASHING AFTER BEING PRESSED
(EITHER)

Figure 2-7 Cavity Breakout Play

'·

Mode

(

SERVED

BALL

FLASHES
WHENEVER
PLAYER ONE

IS

UP.

BLUE BRICKS

GREEN BRICKS

..

PLAYER TWO SCORE
IS NOT DISPLAYED
IF ONLY
PLAYER BUTTON IS

PRESSED. WHEN
THE TWO-PLAYER
START BUTTON HAS

BEEN PRESSED, THIS
SCORE IS DISPLAYED
AND

THE ONE

WILL

FLASH

·~~~~

SERVE BUTTON
STOPS FLASHING
WHEN PRESSED.

~~========~==~~i!iii\

'ii

CONTROL PANEL

Figure 2-8 Progressive Breakout Play Mode

(Not Yet Scrolled)-

WHENEVER PLAYER

TWO IS

ONE­PLAYER START
BUTTON.S STOP
FLASHING AFTER BEING
PRESSED.

UP.

AND

TWO-

Super Breakout 2-13

DIRECTION OF
SCROLL

..

BLUE AREA

ORANGE AREA

YELLOW
AREA

WHEN THE
IS MISSED AND
SERVED AGAIN,
THE ROW OF BRICKS
CLOSEST TO
DISAPPEARS AS THE
ENTIRE PICTURE
SCROLLS DOWN ONE

2-14 Super Breakout

BALL

THE PADDLE

'----

ROW.

Figure 2-9 Progressive Breakout Scrolling Effect

BLUE PADDLE

pushbutton.
sired,

by

The

pressing

ball

the

may

be

flashing

served

red

LED

whenever

pushbutton.

de-

Before serving the ball, the Progressive Breakout

two

playfield contains
the other green). The
52

hricks,-isatthe

to

this

wall.

In

brick

wall

consisting

The

brick

walls

dle

at a rate
ball.
progressively

brides
rate;
rows

As

As

enter

four

of

the

the

blanks.

determined

bricks

creep

the

rows

brick
change (see Figure 2-9)
score

for

that

brick

four

different

colors

4 X 13 brick walls (one blue and

blue brick wall, which consists

top.

Then

the

move

playfield

of

bricks

walls

at

occurs

middle

of

52

bricks.

or

by

the

are

knocked

up

on

the

at a progressively faster

are always separated

scroll

which

that

instant

of

bricks,

of

the

"scroll"

number

out

player's

down,

indicates a

of

each

a space

screen

toward

and

time.

color

equivalent

is

a green

the

of

hits

the

paddle,

by

their

new

There

with a dif-

of

pad-

on

the

walls

new

four

colors

point

are

ferent score value. The blue bricks are worth 7 points
when

struck
brick, 3 points
each

yellow
reference. Bricks
screen are lost
the

player's score.

by

for

brick.

and

the

ball, 5

each

points

green

See Table 2-3

that

scroll

are

not

counted

for

brick

for a quick

off

the

toward

each

and 1

bottom

orange

point

and easy

of

the

or

against

for

Table 2-3 Progressive Breakout Scoring Chart

Color Points per Brick

blue
orange
green
yellow

7

5

3

1

Ball

Direction

When
bound
portion
still

the

its

normal

move

in a direction

of

the
paddle.
hits

of

at

the

NOTES:

1.

Angle
tion
angle

2.

The
dicular

3.

The

applies

half

the

ball

intercepts

in

any

of

four

directions,

of

the

case

paddle

after

size.

the

Note

was

paddle

that

perpendicular

paddle

These
the
4th,

or

perpendicular

directions

ball,

just

like

8th and 12th ball hits.

BALL

DIRECTIONS

of

rebound

of

the

of

incidence

angles

as

diagram

after

the

normal

ball

paddle

of

rebound

speed

above,

paddle

value.

is

that

the

paddle

depending

hit

(see Figure 2-10). This

has

been

the

ball

is

to

to

change

the

determined

is

irrelevant.

increases.

with

width

with

ball speed changes

ball hits.

four

has

been

by

more

sections,

the

become

reduced

not

the

front

the

edge

the

which

The

perpen-

reduced

it

will

on

which

to

allowed

surface

of

number

occur

por-

ball's

still

to

re-

is

half

to

the

of

maximum

The

Breakout

Ball

is

Speed

Besides

(right after the

infinite.

the slowest ball speed already described

attainable

serve),

there are three possible speed-ups.

score

for

progressive

The first speed-up after the serve occurs on the 4th hit,

and a second faster speed-up occurs on the 8th hit. The

hit

third occurs after the 12th
when a highpoint (either a 5-or 7-point) brick

of

regardless

previous speed. Ball speed

the slowest value at the beginning

and the fourth occurs

is

hit,

is

of

each

restored

serve.

to

Figure 2-10. Diagram

The

player

must
cannot
all
through
from

uppermost

at
half

be

knocked

the

bricks

any

the

last

Immediately

the

top

of

its

width

out,

in its path. The ball

bricks

if it

brick

hit,

boundary

on

the

screen

until

the

of

hitthe

and

has

and

at

the

hitting

the

next

not

Ball Rebounds

ball

first,

otherwise

the

ball

will

with

gone

at least

not

hit

the

paddle

top

of

the

the

uppermost

paddle(s)

serve

if

will

any.

off

Paddle

pass

through
also pass
four

screen.

boundary
reduce

bricks

rows

or

the

to

2-15

THEORY

OF

OPERATION

A.

GENERAL INFORMATION

chapter

This
theory
contained
also goes
explain
ground
tailed
placed
circuit.

of

to

how

information

on

operation

into

provides

of

the

on

the

game

printed

specific detail

an

individual

these circuits

troubleshooting

of

has been

a general

Super

Breakout

circuit

of

the

moderate

should

organized

the

game PCB,

various

perform.

overview

board

technical back-

with

of

electronics

(PCB).

circuits

This de­emphasis
circuit

the

It

to

by

The Super Breakout game

ure

3-1

illustrates

all

controls

and

direction

various

3-2 illustrates
circuits
controlled
as

controls

The Super

located

you

go

through

by

the

remote

to

of

the

is also

Breakout

the

division

on

the

the

microprocessor.

the

block

major

components,

the

game

information

shown.

PCB

block

and

function

game

PCB

following

diagram

including

PCB.

The

function

to

and

from

diagram in Figure

of

the

and

how

they

Refer

to

Figure 3-2

circuit

descriptions.

of

Fig-

these

various

are

Super Breakout

AC SOURCE

~F

POWER
SWITCH

INTERLOCK
SWITCH

INTERLOCK
SWITCH

ATTRACTION
PANEL

r----1

I ONE

I

CONTROL I
PANEL I

POWER

1----..I

SUPPLY

1-----"W

PLAYER

START

LAMP

TWO
PLAYER
START

- LAMP - -... .....

SERVE

LED

AC

....1----1

POWER

+10V

(UNREG·
ULATED)

GAME
PRINTED
CIRCUIT
BOARD
(PCB)

TV MONITOR

r

----,

I

MONITOR
CONTROL
CIRCUITRY

COMPOSITE

VIDEO VERTICAL DEFLECTION J

L

________

INTENSITY

KEYING

_

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GAME
SELECT

____

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MECHANISM

AUDIO
VOLUME

SELF·

TEST I

___

(REFER TO FIGURE 1-

J

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AUDIO

6)

SPEAKER

3-2

Super Breakout

Figure

3-1

Super Breakout Game Block Diagram

R?-P

MANUAL

CONTROL

CIRCUITRY

RESET

CLOCK

GENERATOR

<1>1

&<1>2

..

CIRCUITRY

INPUT

SWITCH

TRI-STATE

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AO-A3,A7 DECODING ENABLE INPUTS

A11-A13 AND MISC. TO VARIOUS

MPU ADDRESS }

LATCHES . PCB CIRCUITRY

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The

functional

PCB

circuitry

croprocessor

the

various
MPU receives its
from
instructions
ory

(Section C);
switches (Section G),
results
game's
generator
(Section

A

generator

PCB

circuitry

processor

B.

POWER

(See

its

ROM

of

other

(Section

F),

circuit

(Section D)

control.

circuit

through

its

and

Figure

Figure

The

power

game

voltage

The

PCB

pins B and 2

16.5 VAC
pins

transformer
chassis.

and regulated

regulator
DC
logic
diodes
being
DC,

25

filtered

+20 volts
volts
(QB)

C.

microprocessor

to

pins C and 3 and D and 4; and

Wand

The

is

required

VAC

19 and X and

+10

device

distributed

circuits. The 16.5 VAC

CR1

and CR2,

regulated

input
by

capacitor

to

the

is

also regulated

to

develop

MICROPROCESSOR

(See

The

Figure

heart

operation

begins naturally

(or

MPU)

descriptions,

sequential

memory

the

how

it

and

instructions

PCB

circuitry,

E),

the

the

audio

description

is

also

that

functions

SUPPLY

3-3,

3-5)

supply

requirements

receives

of

located

volts

on-board

by

is

rectified

+10

the

game

on

is

rectified

to

a stable

throughout

filtered

by

the

7905

the

voltage

C55

TDA

1004
by a three-terminal

+12

volts DC.

3-3,

of

the

Super Breakout game

circuitry. A brief

of

the

enough

circuitry.

program

and

how

use

of

its display RAM

reads in

how

it

writes

and

calculations

such

motion

amplifier

of

the

standard Atari sync
included.
independently

Sheet 1 of

produces

as

shown

volts DC,

PCB

20

from

the

the

Type B

and

by

the

LM323

+5

volts DC. The

the

is

rectified

by

capacitor

to

produce

comparator,

through

and

diodes

supplied

audio

Sheet 2 of

Super Breakout

with

the

As

you

go

through

you

learn

how

insructions

it

carries

the

object

all

edge

secondary

filtered

PCB

amplifier.

out

these

mem-

game

control

or

outputs

to

as

the

playfield

generator

(Section

This

the

in Figure 3-4.

unregulated,

power

three-terminal

as

K).

is

the

of

micro-

5

and

necessary

connector;

25

VAC

of

supply

off-board

+5

to

power

on-board

C54

before

the

-5

LM319. The

CR3

and

unregulated

This

device

volts

volts

CIRCfilTRY

5)

PCB

is

description

of

mi-

the

the
the

only

at

to

the

all

via

CR4

+20

7B12

the
the

major

components
croprocessor
paragraphs.
components

1. MPU (at location

2. Address buffers (A2, 82 and

3.

Data buffers

4.

ROM
PROM
list
Catalog, Section 5).

5.

RAM

6.

Address
and

7.

<l>O

B.

Watchdog
gates)

MPU,

The

behind

cuitry.

refer

to
scriptions.
addresses data
ROMs
the

MPU via its B-bit data bus
MPU decodes this data
to

perform
speed
perform
tempo_rarily store
call. The MPU

the

into)
of)

the

directional

Address

The MPU address

the

critical
appropriate
etc.) at

be transferred back and

circuitry

MPU

circuit

Note

memory

memory

for

the

memory

decoding

miscellaneous gates)

clock

driver

ROM,

microprocessor

all action

In

going

Table 3-1, MPU

Upon

or

PROMs. This addressed data

next (i.e.,

up,"

etc.). The MPU uses RAM

many

RAM and

RAM, via its address bus (AO-A15) and bi-

data bus (DO-D7).

Decoding

function

game

the

appropriate

and

is

and

their

function

circuitry

include

(E3,

-03

reset

and

permanently

of

is

the

shown

is

provided

that

the

microprocessor

the

following:

C3)

E4)

(C1,

D1

and

as

listed in

version (refer

(F4,

H4,

J4,

circuitry

(A7 and miscellaneous gates)

counter

RAM

that

through

initialization,

these

information

capable

then

of

circuitry

MPU. A

(C6/7 and miscellaneous

(See

is

the

takes place in

the

Input/Output

to

determine

"read

instructions,

of

writing

later reading

decoding

turning

(i.e., RAM,

time,

so

forth

memory

in

Table

within

in

the

following

circuitry

C2)

E/F1)

for

-04

version

the

PCB

assembly parts

to

Illustrated Parts

K4,

F3,

H3,

J3,

and

(E2,

F2,

D2,

EB,

and HB,

Figure

following

the

stored in

(DO

coin switch

which

3-5)

"master

circuitry

on

that

between this game

3-2

controller"

the

game cir-

paragraphs

Signal De-

MPU (via AO-A15)

the

program

then

travels

through

what

(or

(pulling

or

information

map

as

D7). The

action

1,"

memory

namely

it

will

later re-

putting

data

performs

enabling

ROM,

latches,

defining

reference.

the

"ball

mi-

or

K3)

to

it

is

to

to

data

out

the

can

the

3-4

Super

Breakout

+10VDC

,---

1

I

I

I

L_

POWER
SUPPLY
CHASSIS

___

,::sou~

(UNREGULATED)

_J

16.5 VAC,....,

25

VAC

,....,

B/2

C/3

D/4

X/20

GAME
PCB
POWER
SUPPLY
REGULATOR
CIRCUITS

+5VDC

(REGULATED)

-5VDC

(REGULATED) COMPARATOR

20

+
(UNREGULATED)

+12 voe

(REGULATED)

voe

LOGIC

TO

PADDLE

TO

AUDIO AMP

CIRCUITRY

Figure 3-4 Power Supply Simplified Block Diagram

FROM ADDRESS
MULTIPLEXERS

K2, J2, H2

BUFFERED

DATA BUS

TO

MPU
CHIP

C3

TO

BIDIRECTIONAL

MPU DATA BUS

RAM
CIRCUITRY
READ/WRITE
MEMORY

(1024x1 BIT
RAM CHIPS)

RAM MEMORY BLOCK DIAGRAM

8-BIT
LATCH
(F5)

TRI-STATE

(ES, KS)

__

..,,

DISPLAY 0-7 J;,,..i_.

____

D0-7,,_/______

_, ' DATA BUS

---

TO DISPLAY
ROM,

DISPLAY

MOTION

~

CIRCUITS,
AND SOUND
GENERATOR

TOMPU

BILATERAL

~

zzzzzzzzzzzzzzzzzzzzzzzzzzzzzzz

~ADR0-9

BUFFERED

ADDRESS

EITHER/OR

ROM

1-------11

PROGRAM
MEMORY

(3

ROM CHIPS)

-04VERSION

ROM

2,

ROM

3,

ROM 4 ENABLE

PROM/ROM

Figure 3-5 Memory Block Diagram

<l>O

Clock

cessor

Driver

The basic

is

established

(See

operating

by

Figure

frequency

its

<l>O

input

3-6)

of

(on

the

pin

micropro-

37

of

the
MPU device). The Super Breakout MPU runs at an
operating

frequency

of

750

kHz. Examination

of

<M

ana

<1>2

(pins 3 and

scope

should
with a period
ofany
time
clock

periodic

it

takes

to

frequencies are

39)

show

two

of

1.33

waveform

complete

derived

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signals

with

of

opposite

microseconds.

is

the

measurement

one

full

cycle.) The

from

the

Super Breakout

an

oscillo-

polarity

(The

period

of

the

750

kHz

4H signal. This

3-5

Table

3-1

MPU

Input/Output

Signal Descriptions

Signal

D0-07

These

Description/Function

eight

lines are

bus lines.

AO-A15 These sixteen lines are

MPU

--

IRQ

---

RESET

address

memory

input,

This
interrupt
concludes
proceed

When

low,

MPU

on

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or

a Q0 output
During
RESET

the

going

locations

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when

low,

to

the

MPU.

its

current

to

the

IRQ sequence.

this

input

of

the

reset sequence

high,

the

(FFFC,

FFFD)

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)(.

0

w

x

x

x

x

D

0

D

D

x

D

D

x

x.

x

)(.

)(

')(.

'/..

')(.

x.

D

0

)(

')(,

D 0 D

)(..

x

c D 0

D

')(,,

x

D

w

0

w

)(.

w

')(,

w

R.

R.

'/...

0

I

x.

')(

¢

x

'

4H

A7

pin 13

JS

pin

10

JS

pin

9

t

pin

pin

37

39

<l>O

<1>2

r

r

C3

C3

<1>1

4H

frequency
counter
driver

JB

Phase 1 and Phase 2 Signal Shaping.

3-7,

Watchdog

The reset

circuitry

Q

output

0

MPU.

Counter
signal changes states.
tion

of

12BV,
in its sequence.
generated
normal
back
strayed
the
counter
goes

The
tion

instruction

to

zero.

TIMER

high, a RESET

RESET

sequence

is generated

PB,

pre-shaped

to

produce

RESET

counter

consists

of

this

C6/7

the

Meanwhile,

by

the

If

for

from

its

intended

RESET

counts

up

signal causes

from

by

by

latch A7, and

the

<l>O

clock

in

the

microprocessor

of a 4-bit

counter

counter

MPU
sequence, is resetting

some reason

signal does

decade

is

counts

to a point

signal

On

at various

the

the

beginning

how
every

advances

instruction

is

MPU

the

the

generated

Figure

the

horizontal

input.

counter,

RESE~

many

high-to-low

to

TIMER

times

the

MPU

not

occur

where

to

restart its

of

3-6

Phase 1

buffered

See Figure

C6/7. The

signal

times

the

next

RESET

during

the

program

sequence and

before

the

Q

to

.th~

the

program.

sync

control

to

the

the

12BV

transi-

count

signal,

counter

has

this

output

0

MPU.

instruc-

and

by

its

Phase 2 Signal Shaping

controlled
verter
The
tion
of

R9)

be

approximately

roseconds).

by

flip-flop

NB:
chronization
The final

is

256H (at

division

76B,

Hz.

roseconds. The 256H signal,
horizontal
BLANK and H SYNC

See

for

the

oscillator

N9, and several discrete

output

of

This base

to

The

Figure 3-8,

of

this

signal

should

RB

it

provides

output

pin

of

the

give a

period

signals, are used

relative

L

consisting

this

oscillator
with

show

the

B3

See

Figure

frequency

and

binary

the

frequencies

of

this

11

of

NB). This signal

base

frequency

horizontal

of

256H is

timing

Horizontal

timing

pin

C3

of

crystal Y1,
components.

is

12

MHz.

an

oscilloscope (at

period

nanoseconds

3-7.

various

horizontal

line

of

(or

cycle

is

then

divided

counters

horizontal

(1 H through

counter

is

(12.096

frequency

about

as

well

to

generate

pulses at

Sync

these waveforms.

flip-flop

Timing

3

Examina-

time)

(.OB3

PB

through

256H).

in

effect
MHz)
of

63.5
as

Diagram

in-

pin

to

mic-

down

syn-

chain

by

15,750

mic-

other

the

H

R1.

B

a

D.

SYNC

(See

a 12.096-MHz

GENERATOR

Figure

The base

frequency

clock,

3-3,

generated

Sheet

of

the

1

sync

by

of

5)

generator

a crystaJ-

is

The H SYNC signal is used

stages

of

vertical sync
H SYNC signal
ters

to

form

the

counters

is

divided

various vertical

to

(l3

and M3). This

down

by

these

synchronization

Super Breakout

clock

two

coun-

3-7

OSCILLATOR

(N9,

R9)

72

COUNTER

(RS,

PS,
NS)

CRYSTAL·

CONTROLLED 12 MHz

(RS)

&MHz

SYNC

HORIZONTAL

D

c

RYSTAL: 12.096 MHz

,,,..

AO

V RESET

A2

A1

HSYNC

SH

A3

32H

(R1)

CIRCUIT

SIGNAL

HSYNC

(L3,M3)

COUNTERS

A4

~

C(

Q

~

Q

(N2)

256H

64H

HORIZONTAL

CONTROL

VERTICAL

SYNC

ROM

(M2)

I-

::::>

0

z

-

C(

(4-BIT)

QUAD

LATCH

HBLANK

' BY ATARI

PROGRAMMED

HORIZONTAL SYNC PULSES

}

}1H-256H

VERTICAL SYNC

PULSE}

=

rJ.i

I-

::::>

0

C(

~

Q

-;

VSYI

NC

u

I

VBLA

NK

u

"C

0

fll

·o

-

.!!

0

-

c

0

a..

~

"C

I-

tl'l

>

c

1"

0

a..

c

>-

·:;

-

a..

a..

>-

~

~

V
RES

ET

M

QJ

..

v:;

~

E

1"

QJ

~

u::

a..

:::::s

~

..lll:

ca

~

:::::s

a.

cu

..

"

..

w

c

:::::s

"C

c

Q.

~

.....

u

-

a..

0

E

1"

a..

>-

fll

av

16V

16H

32H

64H

128H

256H

HBLANK

HSYNC

1

------....JMI~--

L

~------

~

63.5 MILLISECONDS

PLAYFIELD DISPLAY

~I

;;l_

-

-

3-8

Figure

Horizontal

Sync Timing Diagram

32V

64V

128V

VB

LANK

VB

LANK

VSYNC

VRESET

frequencies
stages

of

vertical
do a divide
results in
(128V at
quency

16.3
quencies
output
of

this
of
chronize

all

pin

of

milliseconds).

address a sync PROM (M2)

data is latched by latch N2. The

latch are

the

vertical

the

run

at a

J

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

4

~

~------

PLAYFIELD DISPLAY

16.3 MILLISECONDS

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

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

Figure

3-9

Vertical Sync Timing Diagram

(1V

through

counters

by

262

the

final

11

of

M3)

60

Hz

(the

the

various

timing

TV

monitor

frequency

of

output

The

128V).

are used, in

the

H SYNC signal. This

of

to

be a signal at a fre-

period

various

polarities

frequency

display. These signals

of

60

Hz.

These

these

is

approximately

vertical

and phases

used

See

Figure

two

effect,

to

counters

fre-

whose

outputs

to

syn-

3-10,

Vertical Sync
timing

timing
monitor
consists

each
12
times
quency

non-flickering

of

The

waveforms

line

MHz

per

these waveforms.

end

display

of

262

being

clock

second,

of

display

Timing

result

of

(COMP

horizontal

the

pulses.

providing

refresh

display.

Diagram

the

horizontal

is

to

synchronize

SYNC*). This

lines

time

Each

that

L
L

l.-

..

..i-

I

•

for

the

relative

and vertical

the

display

per

frame,

equivalent

frame is repeated

the

necessary fre-

provides

with

of

a stable

TV

768

60

Super Breakout

3-9

HORIZONTAL
A VERTICAL
SIGNALS

MPU

C3

ADDRESS

______

BUS_-.........-..

AO

-A9

<1>2---_J

DISPLAY 0-5
8-BIT
LATCH

__

_..,___-/

I

PLAYFIELD
RAM

F3,H3,J3,K3
F4,H4,J4,K4

ADDR

Figure

3-10

Playfield Generator Block Diagram

FS,LS

CLK

<1>2

(ADDR

DOUT

3-8)

PLAYFIELD
ROM

P4,R4

4V

ADDR2

2V

ADDR1

ADDRO

1V

8-BIT
SHIFT
REGISTER

R3

PLAYFIELD VIDEO
(TO VIDEO SUMMING
CIRCUIT)

E.

PLAYFIELD

(See

The

playfield
phanumeric
display. The
ROMs

3-10.

to
be
H4,
generated
ment
derstand
self. The
consisting
row

32

3

P4

and

Which

be

displayed

placed is

J4,

K4,

of

these characters,

the

being32

rows

of

-10

Super Breakout

F3,
data

playfield

of

characters are

GENERATOR

Figure

and

video

R4

alphanumeric

and

controlled

H3,

in

organization

32

horizontal

characters

3-3,

generator

playfield

is

actually

and

8-bit

where

by

J3,

K3). To unde.rstand

the

display

is

structured

wide.

Sheet

generates

data

generated

shift

or

playfield

on

the

the

MPU

it

is

of

the

rows

(Actually,

visible

4

both

for

the

TV

by

register

RAM

first

R3.

characters are

screen

Display RAM (F4,

controls

necessary

playfield

as a 32 x 32

of

characters-each

only28

on

the

screen, since

of

5)

the

al-

monitor

graphics

See Figure

they

are

to

how

MPU-

place-

to

un-

display

it-

matrix,

of

the

the

bottom

four

BLANK* signal

trace

period.)

block,

eight

See

Figure 3-11.

Since
characters
positions
RAM consists
of

these

with

one

lines

there
per

in

which

chips

bit

Each

of

of
these RAMs are
memory

circuitry
display

size

Because

is

structured,

RAM

of

of

corresponds

rows

during

character

high

with

are

32

row,

there

to

place a character. The

the

eight I Cs

is a

memory

data

per

considered

1,024 x 8.

the

unique

are

blanked

the

vertical

is

eight

rows

of

are a

mentioned

size

address.

as a group,they

way

each

of

1,024 addresses

to

one

out

blanking

structured

bits

of

data

characters,

total

of

1,024

above.

of

1,024 addresses,

When

in

which

of

the

1,024

by

and re-

as

an 8 x 8

per

with

(32 x 32)

display

all

eight

have a

the

possible

the

line.

Each

game

in

the

V

32

of

ov

1V

2V

32

OH

1H 2H 3H 4H

l---+----4~-+--+~-+---t-~t--~

32

------~

(SBIT x SBIT CHARACTER
BLOCKS)

(SBIT x SBIT
CHARACTER BLOCKS)

1 PLAYER

SH

6H 7H

OH

1 H 2H 3H 4H

ov

1V---

2V

I

3V

SH

6H 7H

SH

positions
playfield. In
monitor
can

particular

a
character,

in

screen

be

displayed,

3V

4V

sv••

6V

7V

which
other

address

if

any, is

••

.,.__,._~t----+---.~-+-~~.....-~

SBIT x SBIT
CHARACTER

BLOCK

Figure

a character can be placed

words,

in

which

there

for

each

position

an 8 x 8 playfield character

is

an

8-bit

data

in

RAM,

to

be displayed

which

determines

in

code

that

3-11

Character Display Data

on

the

on

the

TV

stored at

what

position.

sv

I

6V

1v_

THE OUTPUT OF SHIFT REGISTER

The

priate playfield data

the

horizontal

data

out

"cycle-sharing."

cycle-sharing

.....

I

method

for

actual

technique

by

which

to

each RAM

and vertical

video

The

circuitry

is

the

timing

generation

composed

MPU

writes

location,

signals read

that

R3

the

and

is

known

controls

of

the

appro-

then

this

as

this

three

Super Breakout

3-11

SWITCH EQUIVALENT OF DEVICE 9322 (I.E., H2)

64H

ADDR3

32H

ADDR2

16H

ADDR1

SH

ADDRO

AO

A1

BO

B1

co

C1

DO

D1

<1>2

=HIGH

rfL;

ZA =

i!B

~C

i!D

Figure

64H

ADDR3

ADDR3

32H

= ADDR 2

ADDR2

16H

= ADDR 1

ADDR 1

SH

= ADDR 0

ADDRO

3-12

Address Multiplexers Equivalent Diagram

AO

A1

BO

B1

co

C1

DO

D1

<1>2:::

LOW

f-tI'

ZA

= 64H

ZB = 32H

ZC = 16H

ZD

=SH

2-to-1

multiplexers,

of

two

sets

of

display RAM. This

1.

When

MPU
(AO-A9) addresses various RAM
writes
them,

When

2.
and vertical sync signals

lowed

data

latches P2and

LA

horizontal
contained

appropriate

via

the

<1>2

is

to

address this game display RAM and read

out

of

Y 7

(See

Since

the

and vertical sync signals,
by

K2,

J2,

and H2,

addressing

circuitry

<1>2

clock

MPU data bus (DO-D7).

low,

it. This data

M2,

Figure

data was read

DISPLAY

information

functions

is

high,

playfield

horizontal

being

and labeled DISPLAYO-DISP-

3-12).

0-7

always

3 -12 Super Breakout

which

the

MPU address bus

picture

sync signals (8H-128H)

(8V-128V) are

read

out

of

the

correspond

select

to

address

as

follows:

locations,

codes

is

latched

the

RAM

picture

now

by

codes

to

one

the

and
into

the

the

al-

by

portion
ned. Because
used
display. These DISPLAY signals address
8 x 8 pictures stored in graphics ROMs
output
serial

field

It

shown

F.

for

of

the

monitor

of

this,

to

generate

of

the

ROMs

video

information

The

PLA

YFI

ELD

and

alphanumeric

is

summed

on

MOTION

(See

The

motion

Super Breakout's

into

sheet 4

OBJEcr

Figure

object

display

the

video

P4

and

signal represents all

character

the

of

the

currently

DISPLAY

information

by

video

schematic diagram.

R4

is

shift

summing

0-7

then

register

video

GENERATOR

3-3,

Sheet

generator

three

produces

moving

outputs
for

P4

converted

4

objects

being

scan-

can

be

immediate

one

of

64

and

R4.

The

to

R3.

of

the

play-

information.

circuit,

of

the

5)

(3

balls).

as

video

The actual

stored
size

of

The
configurations
stores at selected addresses
of

the

bytes

which

•

/'

second
motion
horizontal

These bytes

zontal
ginning
zontal
Therefore,
the

motion

tion

to

displayed

Vertical

received
These
be displayed
Take,
displayed

video

in

ROM

32

x 8 bits. (see Figure 3-13).

MPU

three

of

data

of

the

byte

object;

position

sync signals

of

each

blanking

before

generator

tell

it

on

by

comparators

for

example,

beginning

information

K6.

This

controls

of

this· video

motion

stored

pidures
determines

what,
that

position

vertical

on

objects

in

this

in

and

the

of

of

RAM data are accessed

8H,

horizontal

periqd,

each

receives

if

any,

line.

data (DISPLAY 0-DISPLA Y

line

determine

the

line

the

on

ROM

the

ROM

the

third

the

16H, 32H and 64H at

horizontal

data

line

for

these

provides a total

positions

by

information

in

the

display

corresponds

RAM:

one

byte

is

to

be addressed;

vertical

byte

determines

object.

scan

line

(during

i.e.,

when

line

the

necessary

motion

comparators

currently

code

objects

if a motion

being

for

120. The RAM

objects

and

RAM.

determines

position

2S6H

is scanned,

are

C4

object

scanned.

an

object

byte

is

memory

different

that

Each

to

three

the

of

that

the

by

hori-

the

be-

the

hori-

is

low).

informa-

to

be

7)

is

and

L4.

is

to

to

be

data

code

of

01111000

parators.
1V, 2V, 4V, 8V, 16V, 32V, 64V and 128V) is also at
01111000, a
generated. This signal initiates

it

cal load pulses at
These vertical load pulses are used
video
registers.

generator

0-7
object

receives a second

to

ROM

played. The

(VID S-7)
register (N7

mine

zontally.

of

horizontal

for

pairs are preset
begins (2S6H* goes
ing
reaches a specific

If

the

compare

information

review,

In

receives

going

A

ball 2, and

up

to

is

to

K6)

correct

is

for

third

byte

where

This data (DISPLAY 0-7)

at

the

would

vertical

KB,

for

one

C4

and

be displayed vertically. The

byte

that

selects

video

then

loaded

ball 1,

of

the

object

counters

NS

and N6

when

high).

rate

of 6 MHz.

point

be

loaded

line

count

signal (pin 7

one

LDV1A, LDV2A, and LDV3A.

into

appropriate

each

ball,

byte

of

L4)

that

of

RAM data (DISPLAY 7

the

ball

information

into

the

L7

for

ball 2, and

RAM data is necessary

picture

(RS

and

R6

for

ball 3). These

the

horizontal

The

counters

When

in

its

count

into

(as

determined

of

LS,

of

the

to

load

the

motion

RAM data (DISPLAY

controls

picture

for

appropriate

is

to

be placed

is

loaded

for

ball 1,

scan

the

sequence,

the

low)

will

three

the

ROM's

video

object

where

generator

to

be dis-

that

picture

J7

for

ball 3).

to

into a pair

PS

and

counter

of

that

begin

count-

counter

com-

verti-

shift

that

going

shift

deter-

hori-

line

pair

it

gen-

by

be

P6

DISPLAY 0-7
FROM

DISPLAY
RAM

---

r - -

I

DISPLAY

0-7

--­0-7

DISPLAY

7 I

L

MOT10N'OBJECT'GENE'RATo_R_

HORIZONTAL
LOCATION

COUNTERS

VERTICAL
LOCATION
COUNTERS

MOTIOt~

PICTURE
ROM

OBJECT

__

Figure 3-13 Motion

SHIFT OUT
PICTURE

LOAD
PrCTURE
DATA

_____

PICTURE DATA
v_1D_s_-v_1D_1

Generator

DATA

___

_

Circuit, Simplified Diagram

I

I

I

I

MOTION
VID_EO
(BALL

Super Breakout 3 -13

OBJECTS

1, 2, & 3)

_J

I

I

I

I

erates an
serial data
object
information
summed
sheet 4

G.

video

into

of

SWITCH

(See

All

off-board

board

DIP switch

data

selector

down

to

two

and

MPU

lines

(pin

data

bus
SWITCH.
it

merely
status
address
any

D.

on

output

of

the

PADDLE

(See

The

paddle

tiometer

(POT)

enable

previously

the

signal

that

loaded

RO

Ms

to

be

for

each

of

the

video

summing

schematic diagram).

INPUT

Figure

MB.

input

address lines

7 and 9

(06-07)

When

the
addresses
either

and

game's switches.

3-3,

control

inputs

are received and

All

switch

lines (pins 7 and 9

of

MB

are

by

the

MPU

that

06

or

07.

corresponding

CONTROL

Figure

with

3-3,

control

one

allows

shifted
the

into

it

out.

motion

circuit

the

from

CIRCUITRY

Sheet

switch

AORO-AOR2.

wants

is a linear

side

inputs

then

MPU

switch

See

Sheet

of

inputs

of

gated

address

to

look

and reads back its

MPU

data

clutched

the

resistive

shift

the

The serial

objects

(as

shown

•

of

as

well

decoded

are

multiplexed

M8) via H9,

These

onto

the

at any

memory

input

2

of

element

register

motion

video

is

then

on

5)

as

on-

by

J9,

two

MPU

decode

switch,

map

line

for

5)

poten-

to

ground,

of

the

comparator

A ramp
Q2, and
going
C53. This ramp is
which
Q1

"on",
discharging
ure

3-14.
removing
begin

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This
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APPROXIMATE COMPARATOR
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OIJTPIJT

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5)

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Figure 3-17 Type B Power Supply Schematic Diagram

007197-01 c

Super Breakout 3 -29

----------NOTE----------

If

reading
specific
at

the

through

maintenance

following

1344 Bordeaux Drive,

(Monday

two

WEST

Atari

- Friday, 7:30 - 4:00

this manual does

problem,

Atari

and

Coin-Op

Telex 17-1103

you

Customer Service

CENTRAL

Customer

Sunnyvale, CA 94086

pm

not

lead

can call

U.S.A.

Service

Pacific

to

solving a

T~le-Help™

off

Time)

ices.

MAINTENANCE

ADJUSTMENTS

AND

California,

From
Hawaii,

dial

From anywhere else in this

dial

area,
[phone]

(Monday

Alaska,

[phone]

toll-free

New

Jersey

46

Colonial

- Friday, 8:30 - 5:00

or

EAST

Customer

Drive, Piscataway,

Telex 37-9347

U.S.A.

Atari

Inc

.
Service

Office

NJ

08854

pm

Eastern

time)

From

New

Jersey

[phone]

From anywhere else in this area,

dial

toll-free

dial

[phone]

Super Breakout

A.

CLEANING

The exteriors

may

panels
cleaner.
leave
Do

not

dust
plastic.

B.

be cleaned
If

desired, special

no

residue can be

dry-wipe

can scratch

COIN

Components

Figure

4-1

assembly
mour.ited.
lock-out

hidden
game causes
allow

power
out

move

dary

where

Included

wires are

behind

genuine coins

to

the

coil

is

de-energized, causing

out

far

Directly

coin

chute

of

game cabinets and Plexiglas®
with

any non-abrasive household

coin

machine

obtained

the

acrylic

the

surface and result in fogging

from

plastic panels, because any

MECHANISM

On

Coin

shows

the

the

game's
is

connected

the

coin

the

lock-out

to

game has already been

enough

below

to

each coin mechanism

and a

coin

Door

back

side

two

coin

the

fock-out

to

this assembly

mechanisms. Powering

wires

to

reach the coin box.

divert

coins

switch

with a trip

cleaners

your

of

the

mechanisms are

coil

assembly;

retract

the

turned

lock-out

to

the

far

off,

return chute.

that

distributor

coin

door

but

enough

When

the

lock-

wires

is

a secon-

wire

exten-

the

the
are
the

to

AC

to

ding

out
wire
secondary
push

the
close.

.

Also shown in
assembly.
who

might
pounding
contacts
connect
coin

switch

are closed.

Aeeess

To remove
cleaning, each
open
Figure 4-2.

entirely

be
down
mechanism back,

shown in Figure 4-3.

to

the

front

edge

is

positioned

chute

trip

It
try

on

on a

to

the

signals

to

without

Or,

removed

on a release lever and

correctly, a coin

and

into

wire

down

and cause

the

has been

to

the

coin

microcomputer

Coin

magnet

removing

if

included

obtain

coin

door

switch. The slam

whenever

Meehanisms

jammed

necessary, each

from

then

the

photograph

free game plays

gate assembly can be hinged

it

lifting

of

the

chute.

coin

box

the

to

defeat

to

momentarily

system,

the

slam switch

coins, and

from

the

door,

coin

the

door

merely

simultaneously

it

up

When

the

passing

switch

is

and

down

will

momentarily

contacts

a slam

switch

which

for

mechanism can

switch

any players

by

violently

close

contacts

will

ignore

contacts

maintenance

as

shown in

by

pushing

tilting

out.

This

trip

the

to

the

the

is

Plexiglas®

Company

is

a registered

.

trademark

of

Rohm & Haas

4-2

Figure 4-1 Coin Door Assembly

Supe

r Breakout

Figure 4-2 Hinging

Open

the Magnet Gate Assembly

/

Figure 4-3 Removal of Coin Mechanism

mainplate,
assembly. There
the

magnet
point
the

magnet.

mechanisms,
the
3/8-inch
the

cover

will

chutes,
bend

and

itself.

of a screwdriver

If

coins are

you

coin

slot. To gain access

wrench

plate

provide

Also clean

the

but

when

trip

access

wires

the

corresponding surface

may

also be

To

not

will

need

and

remove

(refer

to

to

the

the

inside surfaces

doing

on

remove
or

similar

traveling

to

Figure

entire

this be

the

coin

metal

these

clean

all three nuts

4-5).

careful

of

particles

you

tool

along

as

the

to

this channel, use a

Removing

channel.

of

the secondary

switches.

can

far

as

channel

not

to

clinging

guide

the

the

that

the

damage

the

gate

to

the

edge

of

coin

beneath

secure

plate

coin

or

Cleaning

-------

The use
a

wire
mechanism
residue.

By

talking

the

best

method

ing

hot

or

toothbrush

residue.
boiling
air.

coin

may

After

water, then

Figure 4-4 shows

mechanism. These

of

Coin

of

an abrasive (such

brush)

boiling

or a lubrication

will

result in a rapid

to

many

of

cleaning a coin mechanism

water

be used

cleaning, flush

blow

the

Paths

CAUTION

operators, we have

for

out

surfaces

include

and a

those

thoroughly

all

water

the

--------.

as

steel

mild

stubborn

with

to

clean inside

inside surface

wool

or

on a

coin

buildup

detergent. A

of

found

is

by

buildups

with

hot

compressed

of

that

us-

of
or

the
the

Figure 4-5 Removal of Plate Covering

Slot

Lubrieation

Do

not

apply

lubrication

only

points

the

shafts

one

no

that

where

drop

oil

drops

The
rarely) are
jection
Apply
positive
Figure 4-6 shows this

buttons)

only

that

may

of

they

lubrication

need

the

scavenger

pass

of

light

down

to

the

lubrication

through

machine

onto a coin

point.

Rear

coin

mechanisms.

buttons

the

mechanism.

of Coin

(and

coin

oil,

only

(coin re-

door.

and be

(CLEAN BOTH SURFACES WHERE COIN

ENTERS

THE MECHANISM,

AS

WELL AS THE

MAGNET)

4-4

Figure

Surfaces

to Clean Inside the Coin

Mechanism

Adjustment

In

order

for a coin

coin

travels
position
Use extreme care

wires.

of

down

its

trip

of

the

wire

Coin

switch

secondary

should be

when

Switeh

to

operate

as

handling

Trip

Wire

reliably

coin

chute,

shown in Figure 4-7.

or

touching

when

the

these

rest

Super Breakout 4-3

a

MANUALLY HOLD DOWN REJECTION BUTTON

ONE

AND APPLY

DROP HERE

LOCK· OUT WIRE

Figure

4-6

Close-Up View of Lubrication Point

CORRECTLY
ADJUSTED
TRIP WIRE

you

In Figure 4-7

wire

is

oriented

chute

. The

beyond

A retaining
tuating
not

lost. Just

trip

wire

wire

the

chute.

stud.

If

crimp

with a pair

.Meehanieal
Coin

.Meehanism

Coin mechanisms are adjusted
from

the

factory
justments
causes,
remove
take
ed in a
bench
several coins,
Figure 4-8 shows an
and gives procedures
and
done
mechanisms and

for

many

it

becomes necessary

the

coin

it

to

a clean

vertical

top). Besides a screwdriver,

including

the

magnet

by

someone

will

into

the

should extend

clip

holds the

you

should loose a retaining
the

switch

of

pliers.

Adjustments

and

normally

months. If,

mechanism

well-lighted

position

gate. These adjustments

who

who

on

both

exploded

for

adjusting

has experienced in servicing

understands

note

that

the coin

"V"

of

the secondary

to

only

wire

onto

the

actuating

stud

on

prior

to

will

retain these ad-

due

to

wear

to

make

new adjustments,

from

the

coin

area where

a level surface (such

you

new

view

it

can be plac-

will

need a set

and

old,

of

the

the

kicker, separator,

should

their

operation

switch

about

door. Then

worn

mechanism

trip

coin

1/8"

switch

clip,

all

over

the

shipment

or

other

as

ones.

only

coin

.

ac-

of

be

is

Figure 4-7 Detail View of Coin Switch and Trip

General

these have been removed, examine

presence
chewing gum, small
cases where game usage

a

clean
vent
ment
that
properly
ditions
mechanical
before

Troubleshooting

The

first

action

of

foreign

the

entire

build-up

of

the

of

contaminants

coins

through

trip

wire

adjusted.

and positions

adjustments on the

suspecting

material

metallic

coin

on each

If

the

Hints

is

to

look

for

jammed

the

or

loose

objects

objects, paper wads, etc.). In

is

heavy,

it

may

be necessary

path

periodically,

that

the

mechanisms. Also

coin

troubles

electronics.

still persist, check

of

the

lock-out

switch

in

can hinder

is

wires, and

coin

If a coin

coin

Wire

coins.

After

path

for

(such

order

to

pre-

the

move-

confirm

intact, and

the

con-

the

mechanisms,

mechanism

as

to

is

4-4

Super Breakout

20

1.

2.

3.

4.

5.

6.

7.

8.

9.

10.

21

Kicker
Set

the
Loosen
as

far
Insert
the

separator.
Loosen
retighten
Insert
coins

are
Loosen
the

screw.
Insert
Loosen
the

screw.
Insert
are

accepted.

Be

sure

and

separator
acceptor
the

to

the

several

the

the

the

test

accepted.

the

the

test

the

kicker

the

test

that

with

kicker

and

right

as

test

coins

separator

screw.

coins

kicker

screw

coins

screw

coins

both

screws

17

the

back

separator

they

will

(both

screw

again

and

and

note
and

again

are

and

and,

move

and,

tight

of

screws

go.

old

move

if

move

that

if

the

unit

Lightly

and

new)

the

some

are

the

kicker

some

the

kicker a slight

some

are

after

tbe

facing

you

move

the

note

in

screws.

that

(1)

and

tighten

and

separator a slight

still

returned,

as

far

to

are

returned.

still

returned,

adjustment~

the

test

the

kicker

some

repeat

the

left

amount

repeat

have

position.

(3)

are

amount

Step 4 until

as

it

will

to

the

Step 8 until

been

made.

13

16

and

the

returned

to

the

go.

right.

ITEM IDENTIFICATIONS

1

Kicker

2

3

4

5

6

7

8

and
Washers
Kicker

Separator

Gate

Lever

Gate

Pivot

Mainplate

"C"

washer

Pin

Assembly

9 Rail

1 o

Gate

12

14
15
16
17

18
19 Return
20

21

22

23

separator

by

left.

all

Lightly

Lightly

all

Assembly

Cradle

Assembly

Upper

Gate
Undersize
Magnet

Gate

Magnet

Gate
Retaining
Coverplate

Coverplate
Coverplate
Mounting
Lower

Gate

Coin Release

(4)

striking

Lightly

the

retighten

retighten

the

coins

Lever

Screws

Studs

Separator

Spring

Pivot

Spring

Assembly
Assembly
Adjuster

Assembly

Pivot

Spring

Lever

Screws

Magnet

1.

Set

2.

Turn

will

3.

With a coin
coin

4.

Test

through

5.

Fix

Additional

1)

Remove

2)

Use a pipe

3)

Replace

4)

To

be
boiling
reinstalling

the

the

fit

barely
this

the

certain

gate

acceptor

magnet

through.

resting
passes

adjustment

the

magnet

magnet

Cleaning

the

transfer

cleaner

the

transfer

water

in

with

the

front

of

acceptor

the

several

repeat

screw

(12)

effective

and

minutes.

screw

magnet

gate

the

for

the

gate

adjusting

in

the

through

using

gate,

adjusting

cradle

or

similar

cradle

coin

several

door.

mechanism

Figure 4-8 Adjustments

the

unit

(16)

entrance,

gate.

other

coins

Step 3 until

in

this

and

the

undersize

cleaning

the

undersize

is

completely

Carefully

facing

out

turn

all

position

remove

or

(both

the

tool

lever.

on

you

in

the

test

position.

counterclockwise

the

adjuster

old

coins

and

are

in

new)

accepted.

with a drop

lever

(14).

to

clean

the

free

of

any

and

residue.

let

it

air-dry

it

Coin Mechanism

until

or

clockwise

and,

of

glue.

bushings

place

none

of

until

if

any

fail

and

the

mechanism

completely

the

to

pivot

before

coins

the

pass

pins.

in

Super Breakout

4-5

C.

TV

MOlUTOK

--------CAUTION-------

For best results
turned
TV

The TV
through

cabinet.

done

fore,

on

monitor

monitor

the

These

whilethe

only

for a while

adjustments.

rear

persons

measures and

equipment

trical

The TV

the

picture

seem

The

a

conventional,

volume

produces
monitor.
ments
contains a TV

cations

monitor

is

distorted

out

of

adjustment.

monitor's

adjustment

its

sound

Figure 4-9

on

both

by

either

adjustments

home

TV

monitors

monitor

Motorola

ADJUSTMENTS

be

sure

the

game has been

before

NOTE

adjustments

door

panel

adjustments

game

is

familiar

repair

procedures

should

should

or

if

the

television

has

no

effect.

in

circuits

shows

the

used

manufactured

or

making

--------

are accessible

of

have

energized.

with

perform

be

adjusted

contrast

function

set,

Instead,

separate

location

by

Atari.

TEC

Video

any

the

game

to

be

There-

safety

on

elec-

them.

only

or

brightness

like

those

except

that

the

from

of

the
Your

to

Atari specifi-

electronics.

when

of

the

game

the

TV

adjust-

game

When

making

adjustments,

follow

guidelines:

BRITE

(Brightness)-Perform

the

contrast.

ing

the

screen

brightness

CONT

HORIZ

VERT

(Contrast)-Adjust
bright
without

as

being

HOLD
izontal
slightly
pear
series
tered

HOLD
only
down

Oscillator)-Adjust

off-center

warped,

of
picture.

(Vertical

if

the

the

Adjust

just

is

turned

possible

blurred.

(Horizontal

horizontally,

or

if

the

diagonal lines.

Hold)-

picture

screen.

Adjust

this

adjustment

so

that

the

white

barely

disappear,

up.

so

that

the

against

Hold)

the

or

dark

HORIZ
if

if

picture

Adjust

is

broken

for

This needs adj'ustment

appears

to

for

be

a stable,

picture.

D.FUSEREPLA.CEMENr

Breakout

Super

power
cabinet
supply
door

supply

and

two

fuses are accessible

assembly. TV fuses are accessible

contains

assembly

on

the

TV

seven fuses,

in

the

monitor

through

lower

assembly.

these general

before

lines

cover-

when

images are

background

OSC

(Hor-

the

picture

the

images ap-

up

into

a stable, cen-

rolling

up

centered

five

on

part

of

Power

the

lower

through

the

as

is

a

or

the

the

rear

the

4-6

Super Breakout

VOLTAGE

SWITCH

(leave

in

MODEL

right

position)

TEC

TM-

600/623

Figure 4-9 Locations

MODEL

of

Adjustments on TV Chassis

MOTOROLA

MSOOO/M7000

-

8.

door.

Slide

out

TV

monitor

shelf

through

rear

access

7.
Unplug TV

monitor

chassis

connector.

4.

5.

6.
Slide

Remove

Remove

out

cardboard

wood

playfield

TV

monitor

Plexiglas sh i·eld.

bezel.

retainer

board.

3.

2.
Unplug

located

be

Remove

reached

control

control

panel.

on

the

through

panel

inside

the

Molex

of

coin

the

connectors.

door.

cabinet,

and

can

with

control

remove

one

panel

the

hand

wing

by

and

holding

nuts.

using

These

down

the

the

wing

other

bolt

nuts

hand

heads

are

to

TV MONITOR REMOVAL

1.

Unfasten

two

smooth

pan-head

bolts

from

the

u:::

Sh

...

CLI

-.:t'

I

,....

Q

/;P

>

·2

~

.....

0

...

0

I-

Cl::

CLI

E

-;

~

j

-

m

~

=

c.

..

cu

..

cu

ta

=

"'

~

LAMP/SPEAKER ASSEMBLY REMOVAL

three

1. Remove

2.

Remove Plexiglas retainer.

3.

Remove ·Plexiglas shield.

4.

Slide

out

button-head screws.

lamp/speaker

assembly.

FLUORESCENT

Remove

5.

retainer

socket.

6.

Gently
of

rotate

socket. Remove

LAMP

REMOVAL

clips

which

fluorescent

bulb until

fluorescent

5

Figure 4-11 Lamp/Speaker

hold

it

bulb.

built

slips

in

out

and

Fluorescent

Lamp Removal

upper

service panel

same

type

as

TEC

TM-6001623

3AG 2-amp

Motorola

Power Supply:

4-8

M5000/M7000

3AG 0.8-amp

F1

Fuses

250

volts

Fuses

F3

125

volts

Fuse

F5-3AG

Super Breakout

door.

follows:

Monitors:

and

quick

and

F2-3AG

and

F4-3AG

8-amp

Replace fuses

0.5-amp

Monitors:

blow,

3-amp

2.5-amp

fast-blow,

only

quick-blow,

250 volts

slow-blow,

slow-blow,

125

250

volts

with

the

volts

E.

TV

MONITOR

(See

If

the

monitor

F.

LAMP/SPEAKER

the

Figure

TV

monitor

as

shown

REMOVAL

(See

Super

lamp

and speaker assembly,

of

the

bly

or

tainer

Figure

Breakout

game

cabinet

any

subcomponent,

and

shield

REMOVAL

4-10)

proves

in

to

be

Figure 4-10.

ASSEMBLY

4-11)

contains a combined

located

assembly. To replace

remove

as

shown

in

Figure 4-11.

at

fault,

fluorescent

at

the

this

the

Plexiglas re-

remove

Inside

assem-

top

NORMALLY CLOSED

(N.C.) CONTACTS

_+

________

N"~

~l>f»-------------

--------

• Remove all
the

• Turn

the
game

Install

•

switch

cone-

cabinet.

a

procedure.

• Reconnect

TURN

COUNTERCLOCKWISE

TO REMOVE

LIGHT-EMITTING DIODE

(L.E.D.) CONTACTS

NORMALLY OPEN
(N.O.) CONTACTS

wires

from

counterclockwise

shaped

new

the

nut

swi-tch

harness

the

suspected switch.

while

on

the

outside

using

the

wires.

Figure 4-12

N.C.

~~>

DOUBLEPOLE SINGLE-THROW

(DPST) SWITCH WITH

INTERNAL LED

holding

of

the

reverse

LED

(LICON) Serve Switch Removal

N.C.

~

___

I

I

N_.o_

G.

LED

SERVE

(See

The

LED

very

low

failure

be

suspect,

following

1.

Unlock

2. Remove

3. Set

Multimeter

(LICON)

SWITCH

Figure

serve

rate.

first

test

steps:

and

open

the

wires

to

4-•2)

switch

In

case

it.

To

the

from

ohms

REMOVAL

on

the

front

this

switch

test

the

switch

coin

door.

the

suspected

scale.

panel has a
should
perform

ever

the

switch.

4. Set

5.

7.

ohms

Connect
switch
switch

6.

Check
closed

If

the

contacts
remain closed
as

outlined

scale

to

Rx

1,

then

zero

multimeter

contacts. (See Figure4-12

contacts.)

contacts (push

and

open

do

or

in

Figure 4-12.

leads

switch

continuity.

not

operate

open,

then

to

button

replace

Super Breakout

the

meter.

appropriate

for

designation

in

and

sharply

the

or

LED

LED

out)

always

swich

of

for

4-9

SQUEEZE TABS,
THEN PUSH
THROUGH

/~

~

H.

LAMP

(See

The one-player

switches on

4-1

O Super Breakout

Figure

the

Figure 4-13 Lamp Start Switch Removal

START

control panel are each backlighted by

SWITCH

4-•3)

and

two-player start

pushbutton

#47

two
switches with
start

ure 4-13.

lamps. The swiches themselves

switch,

gold-plated contacts.

see

the

procedure

ate

To

replace

outlined

cherry

either

in

Fig-

CONTROL
PANEL

Figure

4-14

ALLEN-HEAD
SET SCREW

Paddle

Control

Removal

GAME
SELECT
(ROTARY) SWITCH:

SEALED
(CLEANING
NOT POSSIBLE)

ALLEN------

-

~

HEAD
SET SCREW

-Figure 4-15 Game Select Switch Removal

J.

PADDLE

KNOB

(POTENTIOMETER)

(See

The
tiometer
frequent
the

potentiometer.
cause
linearly.
the

potentiometer
self-test
self-test

If

trol,

follow

Figure

paddle

made

use,

the

the

potentiometer

This

problem

procedure.

procedure.)

it

does

become

the

knob

on

with

resistive

carbon

This results in a

test,

(See

procedure

4-14)

the

control

carbon

material begins

to

not

perform

can

be

detected

as

described

Chapter 1 for

necessary

outlined

REMOVAL

panel

is a poten-

material.

rubbing

fine

dust

that

smoothly

by

performing

in

the

details

to

replace

in Figure 4-14.

this

After

off

can

or

game's

on

the

con-

Ii.

GAME

SELECT

SWITCH

(See

If

switch,

The

with

the

ment

When

the

part
number
Super
sion and mistakes

will

be

game.

Figure

you

need

follow

purpose

necessary

parts

for

ordering

number,

of

this

Breakout

less

downtime

the

the

catalog,

REMOVAL

4-15)

to

replace

procedure

of

information
Super

parts

part

game. This

in

your

this

and

and

this

chapter

Breakout

from

name,

the

will

order.

three-position

shown

more

is

to

for

ordering

game.

your

distributor,

applicable

serial

number

help

to

We

hope

profit

in Figure 4-15.

provide

replace-

of

avoid

the

from

rotary

you

give

figure

your
confu­results

your

Super Breakout 4-11

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

Cif'fto&t, ,

..

,

-

..

,

..

...

'U.lO

,.,.

uu

....

uu

....

ILLUSTRATED

PARTS

The purpose

the necessary informatior:i

for

parts

part number,

this catalog, and the serial number

Breakout game. This
mistakes in
downtime

the Super Breakout game.

When ordering parts from

part

your

and more

CATALOG

of

this chapter

name, applicable figure number

will

order.

We

profit

is

to

for

ordering replacement

your

distributor, give the

help

to

avoid confusion and

hope the results

from

your

provide you

of

your

will

be

game .

with

of

Super

less

Super

Breakout ·

•

·:=::~::·;~-=·······:·:=:~'*=">~

2

ee:::;io

©J

~

~~

D

J,\

I@

4

~\..a

·I

~19

@)

~

•

~~

.;.,

'

(I)

=

N

=

a.

GI

..

GI

..

j

-

fill

=

NOTICE

TO

ALL

CONFIDENTIAL: Reproduction forbidden

specific
California. This drawing is only
neither

right

any
drawing
thereon, nor any right to reproduce
thereof, except
porated and
ten license, no right
or the
with

or

PERSONS RECEIVING THIS DRAWING

written

permission

of

Atari, Inc., Sunnyvale,

receipt nor possession thereof confers or transfers

in, or license to use, the subject matter

or

any

design

for

manufacture by vendors

for

manufacture under the

subject

matter

written

permission from the corporation.

conditionally

or technical information shown

this

drawing

to

reproduce

thereof unless by

corporation's

this

drawing is granted

written

without

issued, and

or

of

Atari, lncor·

agreement

the

of

the

any part

writ-

2~028

I

/

I

'5ECTIO~

Figure

Final Cabinet Assembly

5-1

A033260-01 D

Super

Breakout 5-3

Jl\.

ATARr

Figure

5-1

Final Cabinet Assembly
Parts List

Item

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

Part

Number

A009083-0l

A007197-0l

A007902-0l
A030867-0l
A033016-0l

*

A033160-0J
A033256-02

A032907-0l

A033259-0l

A033261-0l

A033262-0l

A033456-0l
A033264-0l

003053-01
004809-03
005233-01

005419-01
006305-01
006870-01
007103-01
033095-01
033137-01
033138-01

033265-01
ST-118
TM-118

46-2023002

72-6610

72-6620

72-6812

73-77015

75-0lOS

75-040

75-0lSS
009439-01

75-5516B
75-931
75-990505S
75-99090006

Qty.

1

Assembly,
1
1
1
1
1
1
1
1
1

1
1

1

2

Retainer,

1

Bezel,

1

Seal,
1

Grill,
1

Bag,

1

Bracket,

Cover,

1
2

Label,

1

Shield,
1

Attraction,

1

Overlay,
1

Self
1

Tech

Fuses,

2
20

Screw,
4

Screw,

12

Screw,
4

Pop
5

Washer,

11

Washer,

4

Washer,

1

Cover,
4

Bolt,
5 Wing
4

Nut,

6

Well

Vacuum

Rear

Speaker

Printed

On/Off
Shipping

Monitor

Test
Manual

Slow
Sht.

Sht.
Sht.

Rivet,

Flat,
Split-Lock,
Flat

Smoke

Carriage,
Nut,
Lock,
Nut,

Coin

Door
Power
Cash

R.F.
Power
Game
Pot,

Rear
Cabinet
Flour.
Monitor
Control
R.F.
Plexiglas

Coin

Monitor

Chart

#10-24

Blind

Supply,
Box
Shield

Cord
Board
Switch & Harness
Door

P.C.B.

Formed

Door

Poly

Box

Switch

Plexiglas

Plexiglas

& IPC

Blow, 3 AMP

Met.,
Met.,

Met.,

3/16

O.D. x .68

#10

#~

Plexiglas

#~-20

Shallow

Hole

Description

Type

Enclosure

(Super

W/Graphics

Light/Speaker

Panel

End

Board

W/Graphics

W/Graphics

W/Graphics

Pan

Hd.,

Phil.

Pan

Hd.,

Phil.,

Pan

Hd.,

Phil.

11

#10

x

1.0"

Pattern,

Fastener,

"B"

Breakout)

#6 x

#6

#8 x 3/4"

Lg,

Blk

Blk

#~-20

#10-32

(PROM)

5/8"

X

l~"

Lg.

Lg.
Lg

)

0 A Warner Communications Company

5-4

Super Breakout

Figure

5-1

Final Cabinet
Parts

Assembly

List

Item

40
41
42

43

44

45
46

47
48

*

Part

Number

72-6808
78-25001
81-702
82-8016
75-5120B
72-1406S
033266-01

033132-01
82-1824

A033160-04

Qty.

1
1

2

6
5

4

2

1

2

(ROM)

Screw,
Tie
Tip-N-Tell

Screw,
Bolt,
Screw,
Bracket,

Support,
Screw,

Is

Sht.

Wrap,

Button

Carriage,

Mach.

Wood,

An

Acceptable

Met.,

Screw

Indicator

Pan

Control
Rear

Flat

Description

Pan

Hd.

Down

Hd.,

Soc.

#10-24 x 114"

Hd.,

Phil,

Panel

Plex

Hd.,

Substitute

Phil.,

Cap,

#10-32 x 1.0"
Lg,

#4-40 x 3/8"

#8 X 1.50

For

#8

x

~"

Blk

Lg.

A033160-03

Lg

Lg

Lg,

(Item

Blk

6')

Super Breakout 5-5

j

NOTICE TO ALL PERSONS RECEIVING THIS DRAWING

CONFIDENTIAL: Reproduction forbidden

specific

written permission

California. This drawing is only conditionally issued, and

neither receipt nor possession thereof confers or transfers
any right in, or license to use, the subject matter
drawing or any design or technical
thereon, nor any right
thereof, except for manufacture
porated and for manufacture under the corporation's writ­ten license, no right
or the subject matter thereof unless
with

or written permission from the corporation .

of

to

reproduce this drawing or any part

by

to

reproduce this drawing is granted

without

Atari, Inc. , Sunnyvale,

info

vendors

by

written

the

of

the

rmation shown

of

Atari,

lncor

agreement

,,

'

\\

\I

,,

11

,,

,,

,1

,,

ti

11

,,

I

I

I

I

I

I

,,

,,

,,

, ,

//

//

,;

·

Figure

5-6

5-2

Super

@©G

~

~

G(

~

~

0

ti

ti

TV Shelf

Assembly

A033262-01

Breakout

\!1

.f>.

O>

~

~

()

~

tj

ti

-

--

D

A\.

ATARr

Figure

5-2

TV

Parts

Shelf

List

Assembly

Item

1
2
3
4
5
6
7
8
9

Part

Number

003694-01
006319-03
009236-01
033134-01
74-3504S

75-045

75-5532N
75-9155
92".'""033

Qty.

2

1

2
1
4

4

4
8
1

Bar,

Tie

Decal,

Support,

Board,
Spacer,
Washer,
Bolt,

Hex

Nut,
Monitor,

Copyright

Monitor

Monitor

Tubular
Split-Lock

Carriage,

#~-20

19",

Description

(1978)

Mount

Non-Threaded

#~

#~-20

B & w

x

2.00"

#~

Lg

.25

x

Lg

0 A

Warr>er

Communications

Compari~

Super Breakout 5-7

E)ll

(COM)

~/W

0

0

D::>..el-E)

(

(

CIMTY)

(COM)

0

W/l<=::::mIT\a=

W/01

_/

f:K

)

~~

F01"1T

~'O.

LP. \

SUOULO

2.A.."':>)

.

w/"f:i.J

Figure

5-8

5-3

Super

Control

Panel

A033436-01

Breakout

Assembly

D

-:

OE.TAIL

-(_

eE.l<VE.)

NOTICE
CONFIDENTIAL: Reproduction forbidden without the
specific written permission
California. This drawing is only conditionally issued, and
neither receipt nor possession thereof
any right in, or license to use, the subject matter
drawing
thereon, nor any right
thereof, except for manufacture by vendors
porated and for manufacture under the corporation' s
ten license, no right to reproduce this drawing is granted
or

the subject matter thereof unless by written agreement

with

-

-0~

TO

ALL

PERSONS RECEIVING THIS DRAWING

or

any design or technical information shown

or

written permission from the corporation.

of

Atari, Inc

CQJ1fers

to

reproduce this drawing or any part

.,

Sunnyvale,

or transfers

of

Atari, Incor-

of

the

writ

-

JI\_

ATARI®

Figure

5-3

Control Panel Assembly
Parts

List

Item

1
2

3
4
5
6
7
8
9

10

ll

Part

Number

A033257-0l

A007357-06

A007357-07

033457-01
001856-01
19-9022
62-002
73-819
73-825

64-01010301

78-6900402

Qty.

1
1
1
1
1
1
1
1
1
1

1

Assembly,
Assembly,
Assembly,

Pqnel,
Bezel,

SK,

Pot,
Switch,
Knob,
Knob,
Switch,

Tape,

Black
Black

Foam,

Harness
Double

II

Control
Alum.

Slip-Clutch,

Licon -Led

Rotary

W/Graphics

With

(Stackpole)

Adhesive,

Description

Start

Lite

II

Skirt

II

Short

Blk.

Switch

II

Shaft

(1
(2

Player)
Player)

0 A Warner Communications Company

Super Breakout 5-9

2

4

PLCS

PLCS

OR

OR/BK

BK/OR

Figure

5-10

5-4

Coin Door

A009083-01 C

Super

Breakout

Assembly

NOTICE

TO
CONFIDENTIAL: Reproduction forbidden without the
specific written permission

California. This drawing is only conditionally issued, and

neither receipt nor possession thereof confers

any right in, or

drawing or any design
thereon, nor any right
thereof, except
porated and
ten license, no right to reproduce this drawing is granted

or the subject matter thereof unless by written agreement

with or written permission from the corporation.

ALL PERSONS RECEIVING THIS DRAWING

license

for

tor

manufacture under the corporation's writ·

of

Atari, Inc., Sunnyvale,

to

use, the subject matter

or

technical information shown

to

reproduce this drawing or any part

manufacture by vendors

of

or

transfers

of

Atari, lncor·

the

JI\_

ATARI®

Figure

5-4

Coin

Parts

Door

List

Assembly

Item

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

Part Number

A007637-01

A007637-02
A007637-03 Ref.
A007637-04

A007637-05
A007637-06
A007637-07

75-9165
A030362-01
A007640-01
A002465-01
004320-01
004341-01
004344-01
004340-01
004337-01
004338-01
004336-01
004326-01
75-046
006904-01
007359-01
70-11-47
73-3008
75-9914001
75-026S
75-00516
008629-01
71-2118
71-1225CU
71-125FB
71-1205FF

71-1201MG

71-1201

71-1210PE

71-1220CA

007753-01

A007638-01

A006921-01

KS

Qty.

1

Ref.

Ref.
Ref.
Ref.
Ref.

4
1
2
1
1
2
1
2
2

1

1
2
4

2

1

1

2
6

4

13

2

1

2

Ref.
Ref.
Ref.
Ref.

Ref.
Ref.

1
1
1

Description

Front Bezel
Front Bezel
Front Bezel
Front Bezel
Front Bezel
Front Bezel
Front Bezel

See Figure

Nut, 6-32
Coin Lock-Out Assembly, See Figure
Coin

Switch

Coin

Counter
Coin Door
Secondary Coin
Key Loop
Spring Return
Bracket, Wire Form
Lock-Out, Wire Form, R.H.
Lock-Out, Wire Form, L.H.
Button, Scavenger
Lock

Washer, #6

Spacer

Lamp Socket
Lamp

Retaining
Self-Threading Nut, Tinnerman #SR188006
Washer, #6

Kepnut, Style 842, Stl., 6-32

Spring

Lock

Assembly, Hudson

Coin Mechanism
Coin Mechanism
Coin Mechanism
Coin Mechanism
Coin Mechanism
Coin Mechanism

Coin Mechanism

Plate, Anti-Probe

Switch

Harness

Assy.-Used
Assy.-Used
Assy.-Used
Assy.-Used
Assy.-Used
Assy.-Used
Assv.-Used

5-5

Assembly, See Figure

Assembly

Weldment

Chute

"C"

Ring, Truarc #5103-25

for
for

for

for
for
for
for

Assembly, Slam

Assembly

only

on

-01

Coin Door Assy.

only

on

-02

Coin Door Assy.

only

on

-03

Coin Door Assy.

only

on

-04

Coin Door Assy.

only

on

-05

Coin Door Assy.

only

on

-06

Coin Door Assy.

only

on

-07

Coin Door Assy.

5-6

5-7

Lock
American Quarter
Belgian 5 Francs
German Mark
Swedish Krona

Japanese 100 Yen

English 10 Pence

Australian 20-Cent Piece

Only

Only

Only

Only

Only

Only

Onl~

Super Breakout

5-11

0

0

Figure

5-12

5-5

Front Bezel Assembly
A007637-01

Super Breakout

thru -07 D

NOTICE

TO

ALL PERSONS RECEIVING THIS DRAWING
CONFIDENTIAL: Reproduction forbidden without the
specific written permission

California. This drawing is only conditionally issued, and

neither receipt nor possession thereof confers or transfers

any right in, or
drawing or any design or
thereon, nor any right to reproduce this drawing or any part
thereof, except for manufacture by vendors

porated and for manufacture under the corporation's writ·

ten license, no right to reproduce this drawing is granted
or the subject matter thereof unless by written agreement
with

license

or

written permission from the corporation.

of

Atari, Inc., Sunnyvale,

to

use, the subject matter

technical information shown

of

Atari,. Incor-

of

the

)I\.

ATARr

figure

5-5 f rQnt Bezel Assembly

Parts

List

Item

1
2

3

4

5

6

7

8
9

10

11

Part

Number

004328-01

See

below
004331-01
004332-01
004327-01
004329-01

See

Below
73-3009
72-1604S
75-046
75-9914001

Qty.

Bezel

1

Ring

2

Coin

2

Primary

2

Bearing,

2

Clamp,

2

Price

1

Retaining

2

Mach.

4

Washer,

2

Self-Threading

6

Shield

Coin

Price

Plate

Ser.,

#6,

lo,e...'51-1

-01

-02.

-o-::.

-04

-OS

-C<O

-07

Chute

Scavenger

Plate

"C"

Ring,
6-32
Split-Lock

NO

:rTEM

004~'"'!>0-0I

004~~0-01

OC91'33

004-~~o-01

009':;>L..0-0I

001'"7"=>~-0I

c::x::>T1"!>"2...-0l

Description

Button

x ~ Lg.

Nut,

'2.

-01

Truarc

Pan

Tinnerman

ITE.M

I

004~4~-0I

004'"=>'-\::!.-0(a

OOY.~4~-o~

oo\...\~4~-o~

004"?:>'-+3-0~

001-\"'!!>4'"5-0~

00'-+3'-+~-07

#5103-37

Hd.,

#SR188006

OE'.1-.:0MIN"'TION

e<::>tt

r::.

t=R.

I

DM

I

KR

IOOY

ICP

2ot

~-r:

Phil

;

i

i

I

I

Cl

A Warner Communications Company

Super

Breakout

5-13

NOTES:

2,

Coil data: 10 VDC ±
imum.

Manufacturer: Coin Mech, Inc.

50.D. resistance, current 200 ma max-

-,o

,-

.\SIC.

2 PLA.CE:S

___

50

*

.12S

~

r

*'

~~~€~_;

.980

.9100

i

(I.A

I

'STl\T\C.

li!i::F

---

--

.....---~<----'-----'---~

-

--~}.5o

(

R~I"'.)

NOTICE

TO
CONFIDENTIAL:
specific
California.
neither receipt nor possession thereof confers or transfers
any right
drawing or any design or technical information shown
thereon, nor any right
thereof, except for manufacture
porated and for manufacture under the corporation's writ­ten
or the subject matter thereof unless by
with or written permission from the corporation.

All

written permission

This drawing is only

in, or license to use , the subject matter

license, no right

I

\

i~g

i-J.)

.

0nt1£1.JS 10"-l

l .

O<C:.

PERSONS RECEIVING THIS DRAWING

Reproduction forbidden

of

conditionally

to

reproduce this drawing or any part

by

to

reproduce this drawing is granted

without

Atari, Inc.. Sunnyvale,

issued, and

vendors of Atari, Incor-

written

agreement

the

of

the

Figure 5-6

Coin Lockout Assembly
A030362-01 A

DETAIL

OF

RELAY

COIL

(A007639-01)

I

~

5-14

Super Breakout

NOTICE

TO

ALL

PERSONS

CONFIDENTIAL: Reproduction forbidden without the

~Ti~~;~ia~~~~:ndr~=:ir:,i~s~~

neither receipt nor possession thereof confers or transfers
any right in, or license
drawing or any design or technical information shown
thereon, nor any right to reproduce this drawing or any part

~~~~~~d

=~~efo~

ten license, no right to reproduce
or the subject matter thereof unless by written agreement
with or written permission from the corporation.

f~~;:'~f~~~~~!u~~3l/t~~dg~~p~r:t~~~

RECEIVING THIS DRAWING

0

~nl~fco~'3i~ii,o~~~Y

to

use, the subject matter

this

drawing is granted

i~~~e~t=~~

of

the

1

!n;~~:

pp.._R_T

ITEM

OOW."!.'"+"2.-01

\

2.

65-44·1C.

3

y

12-1-11:>.

5

00882.4-·0I

~

NO.

4412

DE:..'5C..RlPTION

SWITC.\-\

SWrTCH,

S:..R,\"\5,•'/-'"ID>(~"iLC.•~ti;~~.tlJc.

Figure

Ml~

OM'Z..ON

'w'lRE:.FORM

5-7

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Assembly

A007640-01 D

5-15

NOTICE

TO

ALL

CONFIDENTIAL: Reproduction forbidden
specific
California. This drawing is only
neither receipt
any right in , or license to use, the
drawing
thereon,
thereof, except for manufacture by vendors
porated and
ten license, no right
or

the

with

PERSONS RECEIVING THIS DRAWING

written

permission

nor

possession

or

any design

or

nor

any right to reproduce

for

subject

matter

or

written

permission from the corporation.

0

technical

manufacture under the

to

reproduce

thereof unless by

0

of

Atari, Inc., Sunnyvale,

conditionally

thereof

confers

subject

information

this

drawing

corporation's

this

drawing is granted

written

@

,

~

without

issued, and
or

transfers

matter

or

of

Atari,

agreement

0

the

of

the

shown

any part

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5-16

5-8

Type B Power Supply Assembly

A007197-01 D

Super Breakout

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Figure

5-8

Type B Power Supply

Parts List

Item

1
2
3
4
5

6

7
8
9

10

11

12

13

14

15

16

17

18

19

20

21

22

Part

Number

A009266-0l
A006886-0l

29-053
78-70501SC

A006555-0l

79-4411004

41-2003
A006958-0l
A006958-02
A006958-03
A006958-04

78-2708

72-1810S

75-

048
75-918S
75-018S

A007192-0l

A007444-01
46-203801

46-201251

Qty.

1

1
1

1

1

.5

1

A/R

"

II

II

1

9

9
9

8

1
1

1
2

Power

Transformer
Cap.,
BrX.t.,
P.C.

Fuse

Filter,
Volt
Volt
Volt

Volt

Grommet1Plastic

Screw

Washer,

Nut

Washer

Power

Power

Fuse,
Fuse,

Supply

Sprague

Cap.

Board

Holder,

Sel
Sel
Sel
Sel

Pan

Hex

Flat
Switch
In

8

AMP,

2~

Power

Block
Block
Block
Block

Hd.

Split-Lock

#8

Harness

AMP,

Description

Base

Weldment

Termination

Electrolytic

Sprague

Mtg.

Rectifier

Panel

Line,

95V
llOV
205V
220V

#8-32 x 5/8"Lg.

,

#8

Termination

125V,

125V,

Assembly

Mounting

5

AMP

#8

3

AG

Fast

Slow

Acting

Assembly

26,000uf

#4586-48

Acting

"Type

@ 15V

·-

·

---

B"

- ·

- -

·-

0 A Warner Communications Company

Super e

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·

~

~

TO

ALL PERSONS RECEIVING THIS DRAWING

NOTICE
CONFIDENTIAL: Reproduction forbidden
specific

written

or

nor

subject

written

nor

any

design

any right

for

matter

permission

permission
California. This drawing is
neither receipt
any right in, or license to use , the
drawing
thereon,
thereof, except
porated and for manufacture under the
ten license, no right to reproduce
or

the

with

or

of

only

possession thereof

manufacture by vendors

conditionally

or

technical information

to

reproduce

thereof unless by

from

the corporation.

without

Atari, Inc

.,

confers

subject

matter

this

drawing

of

corporation's

this

drawing is granted

written

H

Sunnyvale,
issued, and
or transfers

shown

or

any part

Atari, Incor-

agreement

©

the

of

the

writ-

Figure

5-18

5-9

Fluorescent Light and Speaker

A033261-01 C

Super Breakout

Mount

Assembly

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Figure

5-9

Fluorescent Light. and Speaker Mount
Parts

List

Item

1

2

3
4
5

6

7

Part

Number

A009396-01
A005495-01

48-001
72-6810

A005819-0l

72-6610
75-0lOS

Qty.

1
1
1

6

1

1

2

Assembly,
Assembly,
Speaker,

Screw,

Assy,

Screw
Washer,

Light

Sht.

8"

Sht.

Flat,

Light

18"

Met.,

&

Met.

Description

Speaker

&

Flourescent

Pan

Speaker

Pan

HD.,

#10

Board

Hd.,
Harness

Phil

Phil.

#6

#8

x

5/8"

x578"Lg

Lg

0 A Warner Communications Company

Super Breakout 5-19

NOTICE

TO
CONFIDENTIAL: Reproduction forbidden
specific
California.
neither receipt nor possession thereof confers or transfers
any right in, or license
drawing or any design or

thereon, nor any right
thereof, except for manufacture by vendors

porated and for manufacture under the corporation 's writ­'en
or

with

ALL PERSONS RECEIVING THIS DRAWING

written

permission

This drawing is only conditionally issued, and

license, no right

the subject matter thereof unless by written agreement

or wrilt!1n oermj.sfilDn

of

to

use, the subject matter

technical information shown

to

reproduce

to

reproduce this drawing is granted

frQ[Tl

the corporation.

without

of

Atari, Incor-

the

of

the

Atari, Inc ., Sunnyvale ,

this

drawing or any part

figure 5-10 Fluorescent Light Assembly

5-20

A00549~1

Super Breakout

A

~

ATARI®

Figure 5-10 Fluorescent Light Assembly

List

Parts

Item

1

2

3

4

5

6

7

Part

~umber

93-104
70-303

A005493-Ql

78-2652
78-24001
79-561816

99-11006

Qty.

1

1

1
1

A/R

2

2

Gibson
Fluorescent
Fluorescent
Grorrunet,
Tie

Wire

Lamp

Fluorescent

Wrap

Nut,
Socket

Rubb~r

Ideal

orSCRTPTION

Tube

18

Light

Clip

Harness

71-B

Fixture

inch

18

(or

Equivalent)

inch

0 A Warner Communicatioris Company

Super Breakout

5-21

NOTICE

TO

ALL

PERSONS

CONFIDENTIAL: Reproduction forbidden without .the

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neither receipt nor possession thereof confers or transfers
any right in, or license to use, the subject matter of the
drawing or any design or
thereon, nor any right to reproduce this drawing or any part

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ten license, no right to reproduce this drawing is granted
or the subject matter thereof unless

with or written permission from the corporation.

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5-22

5-11

RF

Shield

A033264-01 D

Super Breakout

PCB

Assembly

5

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