Pro-Log M980 User Manual

-

M980

CONTROL

UNT

The

information

be

entirely

reliable. Furthermore, equipment or

others.

The reserves

described

material

the

such

in

right

in

this

However, information

any

this

manual

to

change

manual

license

is specifications

has been

no

responsibility

does

under

the

subject

carefully

not

convey

patent

to

change,

without

reviewed

is

assumed

to

rightof

and

notice.

and

for

the

purchaser

Pro-Log

is

believed

to

inaccuracies.

of

the

Corporation

WARRANTY:

from

defects published years expressed quential The option, been repair final or

replaced, warranty the

repaired

for

expendable

respect

except

PRO-LOG

for

M980

or

damages

liability

any

defective

subject

or

installation

determination

period,

to

custom

as

specifically

Seller

in

material

warrants

Control

implied.

as a

of

Seller

hereunder

to

abuse, misuse,

are

as

the

warranty

or

for

or

r'eplaced

items

equipment

that

and

workmanship

specifications

Units). In result

no

This event of

any shall be

units

not

to

the

ninety

part

such

stated

which

are

covered

existence

shall

continue

(90)

whichever

as

lamps

or

products

in

writing

the

articles

for

one

warranty

will

Seller

alleged

limited

returned.

accident,

by

warranty.

and

days

following

period

and

by

Seller

furnished

and

year

from

is

in

be

liable

breach

to

replacing

Equipment

alteration,

Seller

cause

of

in

effect

date

is

longer.

fuses.,

produced,

and

perform

date

lieu

of

for

of

this

neglect,

shall

defect.

for

the

of

shipment

No

warranty

to

Buyer's

contained

hereunder

to

applicable,

of

shipment

any

other

special

warranty

or

repairing,

or

parts

which

unauthorized

have

the

As

to

items

remainder

by

liability

is

specifications

in

the

are

free

(two

warranty

or

conse-

provision.

at have

right

repaired

of

the

Seller

assumed

made

with

contract.

its

of

Copyright

reserved. stored electronic,

permission

({:)

1981

by

Printed

in

the

in a retrieval system,

mechanical,

of

the

publisher.

Pro-Log

U.S.A.

Corporation,

No

or

transmitted,

photocopying,

part

of

this

or

otherwise,

Monterey, publication

in

any

form

without

CA

may

93940. be

or

by

the

All

rights

reproduced,

any

means,

prior

written

M980

CONTROL

SUPPLEMENT

VOLUMES I AND

UNIT

USER'S

TO

II

MANUAL

Table

Miscellaneous Miscellaneous Addenda

Addenda

Replacement

of

Contents

to

Vol.

B u f

fer

Ed

fer

B u f

Application Application

RS-Z3ZC

Error

Ed

to

Vol.

Indications

Corrections Corrections

I i t i t -

Format

16K

Pages

RAM S pI RAM

II

Note Note

Wraparound

for

it.

In

t e r I e a v e

A -

Tektronix

B -

AMC

Selection

Vol.

and

Operation

to

Vol. 1 ...................................

to

Vol.

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

Systems

(with

Features

I

II

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

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

8550 and M980/9818-14

8

and

Z9

Interface

Address

of

Codes

Offset)

M980

RAM

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

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

Buffer

Interface

with

..........

Pages

1

1 & Z

......

M980

7 -3 5

..

7 -

..

A-l

..

B-l

ZO-3A ZO-3B ZO-3C ZO-3D ZO-3E

38

{~~=~~~

ZO-ZOC ZO-ZOD

13-1

& 13-Z

i

July

1981

PAGE

i

V

MISCELLANEOUS

VOLUME I OF

CORRECTIONS Some

FROM 5-17

of

the

TO 5-21

referenced

5-2 5-3 5-6

5-5

5-8 5-9 5-11 5-13 5-13

Section

BUFFER

5-15

12

title

APPLICATIONS

Example 1

Example 2

Example 3

M980

should

CORRECTIONS

USER'S

pages

MANUAL

should

read:

TO

be

changed:

Page Page Page

12-1 12-2 12-3

5-23

6-15

7-21

9-1

Add

note

"NOTE:

If

an

gang Add

module,

note "NOTE: an

attempt

gang

module,

following

Illegal

attempt

following

Illegal

is

Under number "affected".

Under number Add

to

first

"Some gang individual

modules operating

first

Bi t Check

is

made

an

'EO'

will

first

Bit

Check

made

an

6,

7,

'EO'

the

to

will

change

display

paragraph:

may

instructions."

paragraph:

to

perform

be

paragraph:

does

perform

be

vary

does

not

an

displayed."

not

an

displayed."

the

word

should

from

these

apply

Illegal

apply

illegal

read

to

gang

Bit

Check

to

gang

Bit

modules.

Check

"deleted"

"1000".

operations.

modules.

with

If

with

to

See

read

the

a

1

July

1981

PAGE 17-5

18-3

18-4

18-5

19-1

19-10

MISCELLANEOUS

TO

VOLUME

CORRECTIONS Under

format

Under

delete Under

delete

COMPARE

(01,

"TTY

"Asterisk(*),".

PROGRAM

the

word

TTY

ERRORS,

"address

transmission".

Photograph use

the

9814

Figure

as ACTIVE?, AND

square

19-9

follows;

A.

KEY

4,

"Set

I I

OF

M980

operations,

03,

or

05)

if

OPERATING

SEQUENCES

OPERATING

"listed"

second

field

is

incorrect.

computer

interface.

"Initialization":

START,

Change

OBSERVE

Mode

SET

the

9814-00

Active."

CORRECTIONS

USER'S

MANUAL

#5

should

desired."

(DATA

SEQUENCE,

and

replace

line

defini

An

tion"

M304

#1:

from

Each

INTERLOCK

note

IN

AND

to

read;

DISPLAY,.

read:

ONLY)

with

the

bottom:

and

replace

adapter

flow

MODE

NOTE:

"Key

9812-02"

"programmed".

wi

th

is

not

needed

diagram

should

ACTIVE,

DEPRESS

Delete

in

new

#5.

"data

to

read

ADDRESS

RESET

entire

20-3

20-6

20-7

Under 9818-

last

Under

20-3".

data Under

read

after Under

sent Under

data

character

9818-06

Under

character

9818-10,

"page

title:

9818-11

after

9818-11,

interface".

a CR,LF".

00

"Remotely:"

LOCALLY:

Locally:

the first

20-7"

delete

"(4800

REMOTELY:

receiving

first

Under

Add

note

Add

the

M980

will

change

add

M980

note

responds

paragraph:

"or

via

baud

maximum)."

add

end-of-record."

paragraph:

Remotely:

after

add

title:

note:

respond

ref.

"page

"After

with a CR

change

remote

note:

after

"(4800

"After

20-7" receiving

ref.

interface."

"No

delete

"NAK"

recei

with a CR

to

ving

and LF".

read

"page

the

last

and LF.

"page

'ACK'

"or

the

or

via

words

20-3" Add

'NAK'

remote

note

"and

baud maximum)."

the

to

is

1

July

1981

20-7

20-9

20-11

20-12

20-14

20-15

Under

9818-12,

interface".

Under

9818-16,

interface".

Under

9818-18,

interface".

The after active

In

last

the

9818

the Adapter. al

ternately

adapter. The

IC

number

the

"Baud

section For

the

2732. (09B),

The

and

Add

sentence

QXY

or

format.

sec

0 n d

"

Add

be

and

Rate"

of

the

MDS#235,

addresses

E8A3

first

note

first

on

QXN

par

a g

note

added

type

section

table

the

(OA3).

paragraph:

after

paragraph:

this

page

command

rap

h ,

to

figure

between

referenced

plus

are

for

IC

number

for

the

title:

returns

aft

e r

pins

the

is

MDS#235

delete

"(4800

delete

should

the

"MD

S lOB"

20-3

4 and 5

in

the

addresses

MDS#230.

A82

are

read:"

M980

that

third

in

and

the E89A

"or

baud

"or

add

a

the

via

remote

maximum)."

via

Keying

to

the

" 0 r

remote

ENTER

last

M3

jumper

of

the

M304

paragraph

"Location"

IC

type

(09A),

is

E89B

04

can

of

a

20-17

20-19

20-20

Under "

...

Under

MOTOROLA

terminal.",

MOTOROLA

paragraph;

terminal MOTOROLA EXORcisor

female

a

Pro-Log Under

read:

address Under

replace

will

TEKTRONIX

"2.

field

DTE

"below"

EXORcisor add:

EXORcisor

add

and

thi s note:

the

EXORcisor

II

is

a

connector

provide

S002A

Using

to

be

AND

DeE

with

"(See

M304 cable

II. at

is

The

with

the

this

MDL,

the

instructions

uploaded

OPERATION,

"in

II,

fourth

diagram

II,

diagram

The

the

cable

original

cable

a

male

other

end.

connection."

UPLOAD

from

first

Figure

20-7".

paragraph,

below)".

shown

between

cable

between

connector

The RC-1S

TO

S002A: Change

on

page

the

M9S0

paragraph,

beneath

the

sent

the

M304

at

20-3,

RAM

Buffer."

following

the

keyboard

with

and

one

end

cable

select

last

fifth

the the and

from

#2

the

line:

to

2

Volume I

Sect

ion

July

1981

7

RAM

The Buffer start respectively. data the total the

1.

Split

to

at

originally

block

RAM

block

Select

allows

be

di

vided

exactly

The

resident

that contains that

the

is

switches

data

half block

spli

the

split.

Buffer

into

and

t.

start

as

Edi

stored

two

three-quarters starting at

the

The

address

shown.

t -

RAM

anywhere

separate

at

half

start

block

plus

Spl

i t

in

blocks.

of address starting

1,

MFG

MODE

the

of the

and

at

and

AUDIO

first

The two

the

total

every

three-quarters

every

half

total

RAM

other

MASTER BUFFER

of

blocks

RAM

contains

address

the

RAM

always

Buffer,

the

of

the

COpy

in

2.

3.

4.

Depress plays

Depress played

Using " 1

0"

to

mode.

RESET:

are

blank.

EDIT: "E 00"

to

indicate

the

hex

s e

Ie

The 8

keyboard,

c t

the

hex

is

Edit

RAM S pI

dis-

mode.

key

in

0000

i t

0.

GJ0

~~[]~

[9]00

m0

:

•

...

I~

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00

Default

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Mode

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-.

nl

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.

~U

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..

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====================~=--

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..

i

IJ

.

7-35

5.

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the Addresses field size size.)

Default

to

is

ENTER.

of

be

spli

one-half

Display

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the

t.

and

RAM

(Defaul

of

shows

End

data

Buffer

t

~

T

or

L

0

I~

IC=::==

I~

IC=::==

0======0

0

4K

RAM

8K RAM Buffer

1)

0======0

0

16K RAM Buffer

=====u

Buffer

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~F

:

... : ... : ...

U

in

i""

~F

F

i""

F

~

I

IJ

I

~

I

6.

7.

Accept pressing uSIng

ENTER

NOTE:

reside the

When

complete,

"F"

hex

to

Keyed-in

total

RAM

for

Default

ENTER, keyboard;

accept

within

RAM

Split

the

finished.

or

new

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first

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operation

display

field

redefine then field.

half

indicates

by

press.

must

of

is

mmmm

~~~~-+"~

I

0 i 0

1)

i··

""

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IJ

I

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Edit

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HHH

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Active

1

Mode

0

~I

Finished

:

...

I~

Edit

7-36

8 .

RAM

SPLIT

EXAMPLES

a.

b.

4K

8K

BUFFER

-

[

BUFFER

EXAMPLE:

LSD

MSD

5

C

F

D 0

B

9

5

0

F B

EXAMPLE:

LSD

MSD

c

F

0

B

5

0

F

B

(DEFAULT

00

07FF

0800 OBFF

OCOO

OFFF

(DEFAULT

0000

OFFF 1000

17FF 1800

1FFF

SIZE)

Data

EVEN

ODD

SIZE)

Data

EVEN

ODD

Block

(0000

Address

(0800

Address

(OCOO

Block

(0000

Address

(1000

Address

(1800

to

be .07FF)

Data

.OBFF)

Data

~OFFF)

be

to

.OFFF)

Data

~17FF)

Data

.1FFF)

Split

Stored

Split

Stored

at

c.

16K

BUFFER

EXAMPLE:

MSD LSD

-

[

(DEFAULT

SIZE)

0000

c

F

D

B

1FFF

ZOOO

Data

EVEN

Block

(0000

Address

(ZOOO

to

Data

be

Split

.1FFF)

.ZFFF)

ZFFF

F

B

3000

ODD

Address

(3000

Data

.3FFF)

3FFF

7-37

Volume I Section July

1981

7

The

RAM alternately The two total

blocks

RAM contains interleaved. contains be

interleaved.

1.

Select

the

Interleave

stored

always

Buffer,

the

start

The

start

the

switches

Buffer

allows

in a defined

start

respectively.

address

block

address

start

as

plus

shown.

Edi t -

data

area

at

and

ing

1,

RAM

stored

in

exactly

The

block

every

a t

and

Interleave

in

two

the

first

half

and

starting

other

address

three -quarters

every

MFG

MODE

other

AUDIO

separate half

of

blocks

the

three-quarters

at

half

in

the

of

the

address

in

MASTER BUFFER

RAM

the

block

total

the

Buffer.

of

total

block

to

RAM,

COpy

be

the RAM

be

to

2.

3.

4 .

Depress plays

are

Depress played

Using "

11

to

the

" t 0 s e

Interleave

RESET:

blank.

EDIT:

indicate

hex

mode.

The 8

HE

00" Edit

keyboard,

Ie

ct·

t

hex

is

Mode.

key

he

dis-

in

RAM

Edit

..

u

Default Mode

Interleave

RAM

~I

7-38

s.

Depress

the addresses where

(Default

Buffer

Default

the

size.)

ENTER.

of

data

size

Display start the

will

is

and

RAM

be

one

shows

end

Buffer

stored.

half

~TI~~

or

....

C_Of)

4K RAM

8K

RAM

16K RAM Buffer

_u

Buffer

..

Buffer

----"FF~I

F F F

~I

6.

7.

Accept pressing uSIng ENTER

NOTE:

reside of

When

operation display finished.

hex

to

the

Default

ENTER, keyboard;

accept

Keyed-in

within

total

the

RAM

is

indicates

field

or

then

new

field.

field

the

first'

Buffer.

Interleave

complete,

"F"

by

redefine

press

must

half

the for

mmm~

[§][IJ]m[mJ

aNTE~

~

I

~~

1_.·)

j_.

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....

I~

Edit

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I

~

....

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Mode

0_0

_U

End Address

_----"~

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

j

..

j

j··i

i··i

I

~I

Acti,ve

Finished

7-39

8.

RAM

INTERLEAVE

a.

4K

BUFFER

EXAMPLES:

EXAMPLE:

MSD

LSD

(DEFAULT

0000

SIZE)

b.

8K

BUFFER

C 5

F

D 0

9 B

5

c

D

0

F

9

B

EXAMPLE:

MSD

LSD

F

B

07FF 0800

OBFF OCOO

OFFF

(DEFAULT

0000

OFFF 1000

Data

EVEN

ODD

SIZE)

Data

EVEN

Block

(0000

Address

(0800

Address

(OCOO

Block

(0000

Address

(1000

to

Store

..

07FF)

Data

..

OBFF)

Data

~OFFF)

to

Store

.OFFF)

Data

~17FF)

Interleave

Data

7-40

c.

16K

BUFFER

F

B

EXAMPLE:

MSD

LSD

5

F

0

B

5

0

F

B

17FF

1800

IFFF

(DEFAULT

0000

IFFF 2000

2FFF

3000

3FFF

ODD

SIZE)

Data

EVEN

ODD

Address

(1800

Block

(0000

Address

(2000

Address

(3000

Data

~lFFF

to

Store

~lFFF)

Data

~2FFF)

Data

~

3FFF)

)

Interleave

Data

Volume July

1981

II

There

8550. pin

METHOD

8

are

One

to

1 (No

Operating

NOTE:

1.

Do

Install Connect via

2.

Switch

3.

Select of

the

two

requires

20

Modifications)

Sequence

not

M304

the

an

RC-18 power

9818-14 M980

methods

on

the

install

adapter

terminal

cable on,

via

User's

for

interfacing

no

modifications.

M304

adapter.

adapter

in

the

connector

or

equivalent.

and

turn

the

hex

Manual

TEKTRONIX

the

with

parallel

to

on

the

on-line

keyboard,

(Vol.

II).

APPLICATION

8550 and M980/9818-14

M980/9818-14

The

other

M980

power

interface

JI0l

of

the

modem

using

the

requires

with

ON.

connector.

Tektronix

switch.

procedure

the

a

jumper

8550

on

NOTE

A

INTERFACE

Tektronix

from

DOS/SO

page

20-3

To

Download

The

8550

to

the

M980

The 8550

formats.

a.

b.

c.

to

the

executes

RAM

Buffer.

is

capable

To

dump

TEK

HEX

format,

WHEX:

INTEL

format,

WHEX:

MOTOROLA

WHEX:

M980

the

WHEX

of

in:

REMO

enter

I

REMO

format,

M

REMO

from

the

Tektronix

command,

downloading

enter

(Start

enter

to

(Start

the

Address)(End

the

Address)(End

to

Address)(End

to

data

8550:

the

dump

to

8550:

8550

the

file

the

M980

Address)

to

JI0l

RAM

00

and

Buffer

thereby

in

three

A-I

July

1981

Data

in

inclusive, line

at checksum be

reset

8550

To

prints

Upload

Execution initiates

1.

The 8550 three

a.

b.

the

transfers

a

time

error

and

to

of

the

formats.

TEK

INTEL

program

(see

occurs,

the

DOS/SO

the

Tektronix

the

RHEX

upload

is

capab

HEX

format,

RHEX:

format,

RHEX:

memory

in

"Address

an

operation

Prompt

command

operation.

Ie

To

upload

enter

REM1

enter

I

REM1

the

"E6"

of

from

selected

is

rerun.

(

8550

by

rece

in: to

to

the

format

Offset"

displayed.

When

).

from

the

i v

ing

the

8550,

8550:

Start

description,

the

M980.

before

da

ta

Address

to

the

The

M980

operation

a

from

the

to

M980

p.

and

local

M980

the

End

RAM

20-3A).

8550

is

completed,

list

RAM

Address,

Buffer,

must

operation,

Buffer

one

If

then

the

a

in

c.

MOTOROLA

2.

Key

3.

Depress

The

M980

Addresses

format

(see

completed,

RHEX:

in

Start

ENTER.

outputs

to

the

format,

M

and

the

the,

8550' s system

"Address

8550

REM1

End

RAM

Offset"

prints

enter

to

Address,

Buffer

description,

the

DOS/50

8550:

the

using

data

the

located

memory, 1

Prompt

hex

ine p.

(

keyboard

between

by 1 ine

20-3A).

).

on

the

in

When

the

M980.

Start

the

selected

uploading

and

End

is

A-

2

July

1981

--;;~3;;1

J101 I

RS-232

I I

I I I

•

2

3 4

5

6

•

I I

I

~~_-1

•

7

8

20

DB25S

DATA

CTS

FROM 8002A

FROM

RTS

HELD

CONTROLLED

DSR

HELD

DCD

HELD

DTR

TO

PROGRAMMER

HIGH

SIGNAL

HELD

HIGH

BY

GROUND

BY

HIGH

PROGRAMMER

TO

8002A

PROGRAMMER

BY 8002A

•

~

•

~

•

DB25P

2

3 4

5

6

7

8

20

r,;;--

Adapter

I

~

I

•

I

•

I

•

I

•

I

•

I

•

I

•

I

L~~5S_

Figure

A-I

M980/8550

Interconnect

A-3

July

1981

METHOD

Operating

NOTE:

1.

2 -

Do

Install

the via

2.

Switch

3.

Select

of

the

To

Download

The 8550 to

the

M980

(Modifications)

Sequence

not

install

M304 modem an

connector

RC-18

power

cable on,

9818-14

M980

to

User's

the

executes

RAM

Buffer.

M304

adapter

and

via

the

Manual

M980

the

WHEX

adapter

in

to

J103

or

equivalent.

turn

hex

from

command,

the

parallel

(paper

on

the

keyboard,

(Vol.

the

Tektronix

with

on-line

II).

to

M980

tape

using

dump

power

interface

port)

modem

the

8550

the

file

on.

connector.

of

the

switch.

procedure

to

J103

Connect

Tektronix

on

page

and

thereby

8550

20-3

Enter

Data

to

in inclusive, at

a

time.

and

8550

is

completed,

the

transfers

If

must

8550:

program

a checksum then the

be

8550

WHEX

PPTP

memory from

in

TEK-HEX

error

reset

and

prints:

(Start

the

format

occurs,

the

*WHEX*

Address)(End

Start

to

the

an

Address

"E6"

operation

EOJ.

Address)

M980

is

rerun.

to

the

RAM

Buffer,

displayed.

When

the

End

operation

Address, one

line

The

M9S0

A-4

To

Upload

to

the

Tektronix

8550 from

the

M980

Execution initiates

1.

Enter

2.

After and

3.

Depress

The

M980 Addresses When

uploading

of

the

to

selecting

key

in

ENTER

outputs

to

the

upload

the

is

RHEX

command by

operation.

8550:

RHEX

the

Start

on

the

RAM

8550's

completed,

PPTR.

9818-14

and

End

M980.

Buffer

system

the

8550,

active

Addresses,

data

located

memory,

8550

prints:

before

state

line

on

using

between

by

*RHEX*

a

the

line

local

M980,

hex

the

in

EOJ.

list

operation,

depress

keyboard.

Start

TEK-HEX

ENTER

and

End

format.

A-5

A-6

Volume

July

1981

II

When

1.

Use

2.

Make port

3.

Connect via

4.

Plug

S.

Turn adapter

6.

Place

To

Download

interfacing

the

M304

sure for

4800

the

RS-232C

the

M304

power on

while

the

to

the

adapter

that

assigned

M304

the

M980

the

AMC

baud

cable.

adapter

the

M980

the

M980

switches

M980

AMC

with

and

AMC

an

system

RC-18

has

maximum, and

AMC

RAM

into

and

power

in

Buffer

RS-232C

the

AMC

is

the

SYSTEMS

systems:

or

equivalent

an

RS-232C

even

parity.

port

parallel

system.

on.

ON-LINE

from

AMC

8 &

to

the

I/O

connector

Note:

and

MODEM

Systems

29

port

M304

APPLICATION

INTERFACE

cable.

available.

modem

on

Do

not

install

ON

positions.

8

or

29

NOTE

WITH

M980

Set

connector,

the

M980.

M304

B

the

1.

Determine Example: UPI:

2.

On

the

The

M980

3.

Type on

The the the "18

data MaS

transfer

stored

TECH

AAA".

the

M980,

display

the

format.

is

assigned

depress

AMC

in

the

taking

RESET,

shows

console:

file

The

left-most

place.

RS-232C

key

"18

AAA".

STAT PIP

named

When

port

8,

key

PUN:

is

downloaded

display

completed,

name on

1,

key

= UPI:

=

(file

on

the

name

to

the

8,

the M980

the

AMC

and

to

M980

system.

ENTER.

be

downloaded)

RAM

flashes

di

splay

Buffer "1"

while

shows

in

B-1

To

Upload

1.

Determine

Example: URI:

to

AMC

System 8 or

the

assigned

9 from

RS-232C

the

port

M980

RAM

name on

Buffer

the

AMC

system.

July

1981

2.

Type on

3.

On

The M980 Buffer. Buffer

Addresses

ENTER.

The

of

data

the format. the

AMC

M980 M980

flashes display

the

stored

M980

(This

system

the

M980,

display

Depress

or,

of

RAM

format

"0"

will

AMC

console:

depress

using

the

between

Buffer

to

terminate

while

show

shows

ENTER

the

data

is

sends

the

"12

STAT PIP

RESET,

the

to

M980

you

wish

the

previously

transferred

a

"Control

a

transfer.)

transfer

MA".

RDR:

(file

key

8,

Start

upload

keyboard,

to

is

= URI:

name) =

key

and

upload

to

End

the

selected

the

Z"

character,

taking

1,

addresses

entire

key

to

AMC

The

place.

RDR:

key

2,

contents

in

the

AMC

Start

system

which

left-most

When

ENTER,

of

the

Start

system.

and

End

in

the

is

display

completed,

and

ENTER.

M980

of

the

and

Depress

addresses INTEL

required

on

RAM RAM

End

HEX

by the the

B-2

Volume I I

Section

July

1981

20

RS-Z3ZC

This Address determined

in

the

Address

Operation

1.

FORMAT

sequence

Receive

is

Install the

M980

using

Connect

terminal

whichever

the

M304

modem

the

switches

SELECTION

allows

received

by

the

selected.

the

(power

RC-18

to

or

is

on-line

on

if

the

or

listed.

M980

and

List

M304

must

cable

system

modem

appropriate.

attached.

as

or

switch

shown.

(With

substitution

and

is

modes

adapter

be

off), equivalent. via

connector,

on Select

Address

The

subtracted

until

on

M304

Turn and

the

Offset)

of a Default

Address

from, M980

MFG

MODE

Offset

or

is

AUDIO

Address

added

reset

is

to,

and

MASTER

for

the

First automatically all

addresses

a new

BUFFER

Default

COPY

2.

Turn RESET. blank.

3.

Depress 9818 RS-232C shows format.

4.

Select key

is

shown. displayed, and/or active

M980

"9818

pad.

power

The 8

key

new

a

9818-10

Note:

check

DTR

(high)

hex

8

to

option.

01"

format

lines

state.

on.

displays

select

as

a

using

Intel

If

an

that

are

Depress

are

the Display Default

hex

format

"ES"

the

in

is CTS the

mrnmmJ

00]00

mrnmm

00l0rnJ

I~

....

...

:

..

9818

....

:

..

=

Interface

..

Default

Intel

Format

: :

....

~I

Format

20-3A

5.

Depress the

di

indicate

Address

6.

If Address hex digit shown the later).

7 .

Depress

Start

Display

format downloading

remotely

the

selected

splay

a

different

key

Default

M9BO

the

EDIT

shows the

(explained

is

desired,

pad

to

address.

uses

Address

address

Address

ENTER.

shows

is

uploading

Buffer

key

forma Default

Defaul t Start

enter

The

is the

now

(receiving)

data.

to

t.

"0000"

later).

the

The

"0100"

(explained

Default

accepted.

active

(listing)

accept

The

Start

use

selected

the

four-

example

as

for

or

to

..

Default Start Address

m~m0

~~~rn

[§J][J][0[]]

~NTE~

I I

-.

~~

i==)

L.--

______

New Start Address

--.I~

..

Intel Format

. .

..

. .

..

==U ==U

========:::::J~

July

. .

.. ..

Active

19B1

-----'

~I

B.

Any

by a play.

indicated

left-most pletion,

removed from

format

downloading

9.

To

upload depress Last viously

Addresses

M9BO

The reset Buffer

output

"0"

in

Any

is

ENTER.

Addresses

selected

RAM

Buffer

example

and installed.

of

data

the

input

by

a

display.

the

now

(list)

"0"

the

active

or

uploading.

(step

shown

with

is

indicated

left-most

of

data

"1"

Upon com-

or

display.

again

data

The

or Start

are

"locally,"

First

the

10)

displayed.

is

a

16K

in

"1"

and of

dis-

is

the

is The for

and

pre-

End the

from

RAM

: : : :

....

.

...

. .

I~

Output

Intel Format

i i

.

...

Active

. .

I~

Input

Intel Format

..

.. ..

..

First Address

..

. .

Active

...

:

...

:

...

Last Add ress

. .

fi

H

~I

....

j

..

j

~I

20-3B

10.

11.

To

upload

field, End

keys. Depress

between

addresses remote format. the

described

Addresses,

left-most

a

key

ENTER.

the

previously

are

source,

A

"0"

in

limited

in

new

using

The

uploaded

in

is

step

address

Start

the

data

displayed

to

the

selected

displayed

display

8.

and hex

located

the

in

as

..

mmmm

~~[J[]

GNTi

~

~I~

..

I

~~

============0

~--St-ar-t-A-dd-re-s-s-----En-d-A-d-dr-es-s~

Output

..

Intel

. .

:

..

=

Format

July

·==7

. .

1981

i==::·

F~~

~

I

....

j"i

..

~I

Active

Downloading

The

(step

Start

(Address Default difference result

Address

EXAMPLE:

-

Defaul t Start

6),

Address

Offset)

Start

of

EOOO 0100

DFOO

=

First

=

Default

=

Address

(Receiving)

is

compared

is

smaller

is

Address

(Address this the

addition

RAM

Using

(step

"EOOO"

Address

Start Offset

Address

to

subt

is

Offset)

Buffer.

the

Intel

6)

is

and

"FFFF".

received.

Address.

"0000",

the

than

racted greater

"0100".

the

is

or

subtraction

format

or

the

First

from

added

(See

Incomming

First

all

than

the

to

9818-10,

The incomming

figure

entered

Address.

Incomming

incomming

First

all

is

the

20-3E.)

then

incomming

Defaul t Start

Address,'

addres

Incomming

addresses.

used

Default

addresses

as

If

the

difference

se

s.

Addresses,

the

Start

are

Absolute

Address

between

Address

Default

I f

the the

The

EOOO DFOO

-

0100 = FFFO

DFOO

20FO

Note:

same incoming

=

First

Address

=

Absolute Last

=

Address

= =

Absolute

If

an

address

addresses

Address

Offset.

Address

Offset.

Address

upload

offset

received.

is

without

received

of

RAM

of

RAM

performed

used.

reinitializing

Buffer

Buffer.

after

This

a

allows

download

outgoing.

a

Default

and

before

addresses

Address.

reset,

to

the

match

20-3C

July

1981

Uploading

When

is is

uploading

compared

smaller Offset) Address

(Address

subtraction

EXAMPLE:

EDOO

0100

-

DFOO

= =

=

(Listing)

to than

is

subtracted

is

greater

Offset)

or

Using

(step

(step (See

Default

First

Address

data

the

RAM

the

is

added

addition

the

6)

9)

figure

Address

(Start)

Offset.

from

Buffer

RAM

from

than

Intel is are

Address

the

Start

Buffer

all

the

to

is

then

"EOOO".

"0100"

20-3E.)

M980

Start

outgoing

RAM

all

outgoing

used

format

and

of

RAM

Buffer,

Address.

Address,

Buffer

as

9819-10,

The

RAM

"20FF",

RAM

Buffer.

the

If

the

addresses.

Start

addresses.

the

Absolute

the

Buffer

respectively.

Default

the

difference

If

Address,

The

Address

Default

Start

the

and

Start

Default

the

result

to

Start

End

Address Address

(Address

Start

difference

of

this

be

sent.

Address

Addresses

0100

+

DFOO EOaO

20FO

+

DFOO

FFFO

First

=

Address

=

First

=

Last

=

Address

=

Last

=

Address

Offset.

Absolute

Address

Offset

Absolute

of

RAM

Address

of

RAM

Address

Buffer

sent.

Buffer

sent.

to

be

sent

sent.

20-3D

0000 2000

SYSTEM

MEMORY

...

....

RAM

BUFFER

0000 0100

4000

6000 8000

AOOO

COOO

EOOO

FFFF

0000

2000

SYSTEM

MEMORY

--...

-

...

-

...

-

M980 RECEIVES

INCOMING

AND

ADDRESS OFFSET.

Figure

20-3E.

ADDRESS

SUBTRACTS

Downloading.

...

-

......-L

......

...

.....

RAM

BUFFER

2000

20FF

3FFF

0000 0100

4000

6000

8000

AOOO

COOO

EOOO

FFFF

......

.......

......

.......

M980 SENDS

ADDRESS,

ADDRESS OFFSET.

Figure

20-3E.

OUTGOING

ADDING

Uploading.

......-L

......

2000 20FF

3FFF

20-3E

20-3F

Volume I I

Section

July

1981

20

RS-232C

In

all

wi

th

the

Absolute

each FFFF) .

The Absolute are

location 0000

0000).

16K

M980

ignored.

0000)

16K

WRAPAROUND

RS-232C

incoming

Addresses

boundary

RAM

Address

0000

Buffer

When

hex.

addresses

INSERT

FEATURES

formats

data

are

is

reached

is

(16

bit)

16K

boundaries For

the

These

ON

PAGE

where

stream

accepted

addressed

is

received,

example:

buffer

bits

20-

OF

M980

the

(Intel,

and

(i.

e.,

wi

are

at

are

20

AFTER

RAM

address

Motorola,

wraparound

addresses

th

a

14-

the

crossed,

Absolute

address

ignored

STEP

7

BUFFER

information

occurs

3FFF, 7FFF, BFFF,

bi t address

two

Address

by

high-order

the

Buffer

0000

the

hex

M980

Tek-Hex,

after

bus.

is

4000

hex

(0000

J

is

presented

etc.),

the

When

address

addressed

(0100

0000 0000

end

bits

0000

the

of

and

the

at

As

a

result,

less

M980

16K accepted

(see

8K SFFF, 8000

absolute

than

BUFFER

RAM

Fig.

RAM

Buffer:

and

addresses

data

16K,

data

SIZE

wraparound

20-SA).

Only

through

wraparound

written

occurs

to

nonbuffered

CONSIDERATIONS

All

absolute

9FFF,

and

occurs

and

their

addresses

after

addresses

COOO

data

at

addresses

through

are

lost

16K

boundaries. locations

and

0000

DFFF

(see

If

the

are

lost.

their

3FFF, 7FFF, BFFF,

through

are

Fig.

associated

1FFF, 4000

accepted.

20-SB).

buffer

data

and

through

All

is

are

FFFF

other

20-20A

4K

RAM

BUFFER:

Only

absolute

addresses

0000

through

July

OFFF, 4000

1981

through

SFFF, 8000

absolute

DOWNLOADING

When

downloading

program

in

the

M9S0

1.

Move memory

located use

2.

Download

through

addresses

DATA

being

RAM

the

location

at

the

address

the

downloaded

SFFF,

and

their

COOO

data

FROM A DEVELOPMENT

data

downloaded

Buffer,

program

addresses

program

than

to

the

from

located

offset

the

M9S0

is

located

following

its

on a

0000,

procedure

to

the

RAM

through

are

from a

present

16K

4000,

M9S0,

Buffer

lost

SYSTEM

development

in

absolute

procedure

memory

boundary. 8000, on

page

making

size

CFFF

(see

and

20-3A.

can

are

accepted.

Fig.

20-SC).

system,

addresses

applies:

locations

The

COOO.

sure

16K

As

that

accommodate.

All

in

which

not

available

to

start

boundaries

an

alternative,

no more

other

data

at

the

a

are

is

20-20B

July

1981

BUFFER

ADDRESSES

3FFF

0000

Figure

16K

RAM

20-SA Example

3FFF

0000

of

Valid

BUFFER

ADDRESSES

3FFF 3FFF

8K

RAM

not

in-

200'0 IFFF

0000

stalled

8K

RAM

2000 6000

1FFF

0000.

ABSOLUTE ADDRESSES

7FFF

VALID 4000 8000

16K

RAM

Addresses

ABSOLUTE ADDRESSES

7FFF

INVALID

SFFF

VALID

4000 8000

BFFF

ADDRESSES

Buffer

for

and

Loading

BFFF

ADDRESSES

AOOO

9FFF

ADDRESSES

FFFF

cooo

the

FFFF

EOOO DFFF

COOO

All addresses

their data

Addresses

Data

These addresses

associated lost.

These addresses associated accepted.

absolute

and

associated

are

accepted.

Accepted

absolute

and

absolute

and

data

as

their

are

their

are

Figure

20-SB Example

as

Valid

of

8K

Addresses

RAM

Buffer

for

and

the

Loading

Addresses

Data

Accepted

20-20C

July

1981

BUFFER ADDRESSES

3FFF

12K

RAM

not

in-

stalled

3FFF

INVALID

1000 1000 OFFF

OFFF

ABSOLUTE ADDRESSES

7FFF

ADDRESSES

5000

4FFF Standard 4K

RAM

VALID

ADDRESSES

0000 0000 4000

Figure

20-5C Example

as

Valid

of

4KRAM

Addresses

BFFF

9000 8FFF

8000

Buffer

for

FFFF

DODO

CFFF

COOO

and

the

Loading

These addresses associated

lost.

These addresses

associated

accepted.

Addresses

Data

absolute

and

data

absolute

and

data

Accepted

their

are

their

are

20-20D

SECTION

13

CODE

EO

E1

E2 E3

E4 E5

E6

E7 E8

ERR-OR

Set-up error.

non-valid operation such as program MASTER.

e.g. a Data error. A No

option.

Address error. Performing an operation and Duplicate indication

Personality Module. A Personality

No Option

hooked up. Example: 9818 RS232C adapter installed OFF-LINE position.

Communication each line is sent over the interface, and the checksum does

example: Intel Format RS232C.

An Remote Personality

Master

will

Interface

control

INDICATIONS

ERROR

The

Source, Destination,

failure

Option

Module

to

Blank Check, Program, Compare.

selected does

to

Buffer. If

appear

prior

not

ready.

CHECKSUM

error

indication: Response

Preliminary Test Failure (see individual operating

you

to

attempting

Option

error. When using one

AND

INDICATIONS

EXPLANATION

or

MFG

not

exist.

the

try

to

move a 2K program

the

Module

selected,

to

OPERATION

toggle

address given

operation.

is

but

the QXN command.

switches are

not

installed.

when checked, the interface is

but

of

the interfaces, in

not

in

the

cannot

into

ON-LiNE/OFF-LiNE

not

match,

be

complied

the last 1 K

Buffer

operation may continue.

this

instruction).

of

which

error

MODES

proper

Buffer, this

switch is in

the checksum

will be displayed.

position,

with. Example:

error

not

properly

the

of

CODE (DISPLAY)

A A

B A B

A A

C

-.

C E

D A A D

B

B B B

C C A A C E C

D

D D D

Note: A period (.) denotes a

A A

blank

A

E 1

A

1

A

E

1

F

A

E

1

F

A

1

F

A

1

E F

display.

OPERATION CODES

EXPLANATION

Auto

Mode Selected.

Auto

Blank

Check

Auto

Blank

Check

Auto

Compare Active.

Auto

Compare

Auto

Duplicate Active.

Auto

Duplicate

Auto

Mode

Finished.

Blank Check Selected. Blank Check Active. Blank Check Blank Check Finished.

Compare Selected.

Compare Active.

Compare

Compare Finished.

Duplicate Selected. Duplicate Active. Duplicate

Duplicate Finished.

Error

Active. Error .(MFG Mode only).

Error (MFG Mode only).

Error

(MFG Mode only).

13-1

OPERATION CODES

CODE (DISPLAY)

E E

0 0

0

E

0

E

0

E

0

E

0

E

0

E E

1 A

0

E 0 1 E

E

0 2 A

E

0 2

E E

0 3 A

E 0 3 E

E 0 4 A E

0 4

E E 0 5 A E 0 5

E E

0 6

A A A

E 0 6 E

E E

0 7 0 7

A A A

E E

0 8 A

E

0 8

E E 1 E 1

0 0

A A A

E E 1 1

A

E 1 1

9

1 1

8

9 8 1 2 9 8 1 4

9 8 1 8

0

d

A A A

d d A A

D

Note: A period (.) denotes a blank display.

d d A A A

1

d d A A A

0

4

0 0 8

1 2 1 6

F

1

0

A A

F

2

0

A A

F

0 3

A A

F

4

0

A A

F

0 5

A A

F

0 6

F

7

0

F

0 8

A A

F

1 0

F

1 1

A A

F F Finished.

d d d d d d Parallel d d RS232C

A

EXPLANATION

Edit

Reset

Edit

Word

Edit

Word

Edit

Word

Edit

Word

Edit

Word

Edit

Word

Edit Edit Edit

Edit Edit

Fill

Edit Ed

it I nsert Edit Edit

Edit Edit Edit

Edit

Nibble Edit Edit

Nibble Edit

Edit

Hex Edit

Edit Edit Edit

Paper TTY

Interface No

Zero

Remote

Interface

Default Size Selected. Size 4 bit. Size 8 bit. Size 12 bit. Size 16 bit. Size Finished.

Invert

Mode

Invert

Mode

Invert

Mode

Fill

Buffer Buffer

Fill

Buffer

Selected.

Insert Active. Insert Finished.

Delete Selected. Delete Active. Delete Finished.

Block

Mode

Block

Mode

Block

Mode

Swap

Nibble

Hex Hex

Hex Hex Hex

RAM RAM RAM

RAM Interleave Selected. RAM Interleave Active. RAM Interleave Finished.

Interface

Swap Active. Swap

Pack Selected. Pack Active. Pack Finished.

Unpack Unpack Unpack

Split Split Split

Tape

Reader Interface Selected.

I/O

Interface

Option

or

One

Control

Option

Mode.

Selected. Active.

Finished.

Mode Mode Mode

Selected. Active.

Finished.

Selected.

Finished.

Selected. Active. Finished.

Selected. Active.

Finished.

Selected.

"dd"

indicates

Active.

"dd"

Word

Selected. Active.

Finished.

Selected.

Output

Active

Input

Active

Size.

Active

Idle.

(see

SECTION

15).

13-2

2411

Monterey,

Telephone

TWX:

Garden Road

California

93940

(408) 372-4593

910-360-7082

108415A

3K

10/81

Pro-Log M980 User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual