2500_Users_Manual- - 第312页

Translation Formats Below you will find a list, in ascending numerical order, of all the translation formats supported by the programmer. Following the list is a description and, in most cases, an example of each transla…

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Translation

Formats

Translation

formats

are

different

ways

of

encoding

the

data

in

a

data

file.

A

data

file

contains

the

information

to

be

programmed

into

a

device.

The

data

file

could

contain

the

fuse

pattern

and

test

vectors

for

a

logic

device

or

the

data

for

a

memory

device.

Generally,

the

data,

such

as

the

fuse

pattern

for

a

logic

device,

are

created

on

a

development

platform

and

are

then

stored

in

a

particular

data

translation

format.

When

you

want

to

transfer

the

data

file

to

the

programmer,

you

will

need

to

set

up

the

programmer

to

handle

the

correct

translation

format.

During

download,

the

programmer

translates

the

formatted

data

and

stores

them

in

user

memory

as

a

binary

image

file.

ProMaster

2500

User

Manual

D-l

Translation

Formats

Below

you

will

find

a

list,

in

ascending

numerical

order,

of

all

the

translation

formats

supported

by

the

programmer.

Following

the

list

is

a

description

and,

in

most

cases,

an

example

of

each

translation

format,

presented

in

order

by

format

number.

Format

Code

Format

Code

ASCH-BNPF

01

(05*)

Fairchild

Fairbug

80

ASCII-BHLF

02

(06*)

MOS

Technology

81

ASCII-B10F

03

(07*)

Motorola

EXORcisor

82

Texas

Instruments

Intel

Intellec

8/MDS

83

SDSMAC

(320)

04

Signetic

Absolute

Object

85

5-level

BNPF

08

(09*)

Tektronix

Hexadecimal

86

Formatted

Binary

10

Motorola

EXORmacs

87

DEC

Binary

11

Intel

MCS-86

Hex

Object

88

Spectrum

12

(13*)

Hewlett-Packard

64000

POF

14

Absolute

89

Absolute

Binary

16

Texas

Instruments

LOF

17

SDSMAC

90

ASCII-Octal

Space

30

(35**)

JEDEC

format

(full)

91

ASCII-Octal

Percent

31

(36**)

JEDEC

format

(Kernel)

92

ASCII-Octal

Apostrophe

32

Tektronix

Hexadecimal

ASCII-Octal

SMS

37

Extended)

94

ASCII-Hex

Space

50

(55**)

Motorola

32

bit

(S3

record)

95

ASCII-Hex

Percent

51

(56**)

Hewlett-Packard

UNIX

ASCII-Hex

Apostrophe

52

Format

96

ASCII-Hex

SMS

57

Intel

OMF

386

97

ASCII-Hex

Comma

53

(58**)

Intel

OMF

286

98

RCA

Cosmac

70

Intel

Hex-32

99

*

This

alternate

code

is

used

to

transfer

data

without

the

STX

start

code

and

the

ETX

end

code.

**

This

alternate

code

is

used

to

transfer

data

using

the

SOH

start

code

instead

of

协

e

usual

STX.

D-2

ProMaster

2500

User

Manual

Translation

Formats

Instrument

Control

Codes

The

instrument

control

code

is

a

1

-digit

number

that

signals

or

controls

data

transfers.

Specifically,

the

instrument

control

code

can

be

used

to

implement

a

form

of

remote

control

that

provides

peripherals

with

flow

control

beyond

that

provided

by

software

handshaking.

When

using

computer

remote

control,

the

instrument

control

code

is

sent

immediately

preceding

the

2-digit

format

code.

The

three

values

of

the

instrument

control

code

and

associated

functions

are

described

below.

O-Handshake

Off

Input

Function:

Send

X-OFF

to

stop

the

incoming

transmission.

Send

X-ON

to

resume

transmission.

Output

Function:

Data

transmission

will

be

halted

upon

receipt

of

an

X-OFF

character;

transmission

will

resume

upon

receipt

of

an

X-ON

character.

1-Handshake

On

Input

Function:

Transmit

an

X-ON

character

when

ready

to

receive

data;

transmit

X-OFF

if

the

receiver

buffer

is

full;

transmit

an

X-ON

if

the

receiver

buffer

is

empty;

transmit

an

X-OFF

after

all

the

data

are

received.

Output

Function:

Transmit

a

PUNCH-ON

character

prior

to

data

transmission.

Data

transmission

will

be

halted

upon

receipt

of

an

X-OFF

character

and

will

resume

upon

receipt

of

an

X-ON

character.

A

PUNCH-OFF

character

is

sent

when

the

transmission

is

completed.

2-X-ON/X

OFF

Input

Function:

Send

X-OFF

to

stop

the

incoming

transmission.

Send

X-ON

to

resume

transmission.

Output

Function:

Transmit

data

only

after

receiving

an

X-ON

character.

Data

transmission

will

be

halted

upon

receipt

of

an

X-OFF

character;

transmission

will

resume

upon

receipt

of

an

X-ON

character.

Note:

X-ON

character

is

a

CTRL-Q,

or

11

hex.

X-OFF

character

is

a

CTRL-S,

or

13

hex.

PUNCH-ON

character

is

a

CTRL-R,

or

12

hex.

PUNCH-OFF

character

is

a

CTRL-T,

or

14

hex.

ProMaster

2500

User

Manual

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