Intel MCS48 User Manual page 458

B3.
IMon-lntellec
Hex
Paper Tape Format
For
the non-lntellec Hex
Format,
a
data
field
can contain
either 8 or
4-bit data.
Two
ASCII
hexadecimal
characters must be
used
to represent
both 8 and
4-bit data.
In
the case of
4-bit data, only
one
of the characters
is
meaningful and must
be
specified on
the
Intel
PROM/ROM
Order Form.
Parity
is
allowed; however,
it is
not checked. Preceding
the
first
data
field
and
following the
last data
field
there
must
be
a
leader/trailer length
of
at least
25
null characters or rubout punches.
The
format requirements
are
as
follows:
1.
The
start
of the
first
data
field
is
indicated by
a
colon. After the
last
data
field, a
semicolon must
be
punched
to
indi-
cate the end.
All data
fields are to be
punched
in
consecutive
order, starting with data
field
00 H
(all
addresses low).
2.
Two
hex
characters
must
be used
to represent the
data field of
both N word
x
8-bit
and
N
word
x 4-bit devices.
For an
8-bit data
field, the high order data
is
represented by the
left justified character of the
pair. Either character of the
pair
may
be used to represent the word
field
of
a
N
word
x
4-bit device,
however,
it
must
be consistent throughout
the
word
field.
The
other character
may
be any hex
character.
A
field
of
"don't care" data
is
allowed. Data
after a field
of "don't care"
will
be
programmed
starting
at
an address
location enclosed
in
parentheses.
In
the following example,
data
is
entered
in
addresses 00
H
to
05
H
,
followed with
"don't care"
from
addresses 06
H
to
25
H
,
data being entered again
starting at address location 26h, and followed with
"don't care"
data
to
the
last
address
location.
|:|
j70F2145100FF
||
(26)
l|
7B0890F1
| |
;,
?
Start
Character
Data
Fields
from
Address
00h to
05h
Address Location
where
Data
is
to be
Programmed
Data
Fields
from
Address
26h
to
2Ah
End
Character
3.
The
x character
may
be used
to
rubout any erroneous
character(s).
The
#
character
may
be used
to
rubout
an
entire
line
up
to the previous carriage return.
4.
Spaces
are
allowed only between
separate
word
fields.
5.
After each 72
characters,
a
carriage return followed by
a line
feed should be punched
to allow
a
print-out of the tape.
6.
Comments
must
be placed only between
the tape leader
and
the
start of the
first
data
field.
C.
Computer Punched
Card Format
The
following
general
format
is
applicable to the
programming
information
sent
on computer punched
cards:
1.
An
80 column
Hollerith card
(interpreted)
punched on
an
IBM 026
or
029 keypunch
should be submitted.
2.
A
single
deck must
consist of
a Title
Card followed
by the data
cards.
There
will be
N/8
or
N/14
data cards
for
N
words
x
8-bit
and N words
x 4-bit devices, respectively,
in
the
PN
format.
For
the
Intellec
Hex
format, there
will
be
N/32
data cards for
both
N
words
x
8-bit
and
N
words
x 4-bit devices,
and
one end
of
file card.
CI.
Intellec
Hex Computer Punched
Card Format
Two
hex
characters
must
be used
to represent data for
both
a
N word
x
8-bit
and N word
x
4-bit device.
For
the
latter,
only
one
of the characters
is
meaningful and must
be specified
on the
Intel
PROM/ROM
Order Form. The
entire
data
field
for
all
bits
must
be
punched
even
if it is
"don't
care".
i
ii i
I
HI
III
|iiii|||ioiii|:igti|:iiin
innmnlillnmnl)
CUSTOMER'S
DIVISION
OR CUSTOMER'S
LOCATION P/N
DECIMAL NUMBER
INDICATING
THE
TRUTH TABLE NUMBER
NO OF OUTPUTS
INTEL
P/N
I I I I I
II II
I
I I I I
Column
Data
1
Punch
a
T
2-3
Blank
4-28
Customer
Con-
pany
Name
29-30 Blank
31-50
Customer's Co
mpany
Division or location
51-52
Blank
53-61
Customer
Part
Number
62-63
Blank
64-72
Punch
the
lot
1
4-digit basic part
number
and
in
( 1
then umber
ot
output
bits, e.g.,
2708
(8),
2316
(81.
or
3605
(41
73-74
Blank
75-76
Chip
number
for
ROMs
with
programmable
chip
select inputs
If
not applicable, leave
blank
77-78
Blank
79-80
Punch
a
2-digit
decimal number
to indicate
truth table
number. The
first
truth table
will
be 00. econd
01.
third
02, etc
A2-8