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2716
PROGRAMMING
The programming specifications are described in the Data Catalog PROM/ROM Programming Instructions Section.
Absolute Maximum Ratings*
Temperature Under
Bias
.............
_10°C
to
+80°C
'COMMENT:
Stresses above those listed
under
"Absolute
Max;·
mum Ratings" may cause
permanent
damage
to
the
device. This
is
a
stress rating
only
and
functional
operation
of
the
device
at
these
or
any
other
conditions
above those indicated
in
the
operational sec-
tions of this specification
is
not
implied. Exposure
to
absolute
maximum
rating conditions
for
extended periods may affect device
reliability.
Storage Temperature
..............
-65°C
to
+125°C
All
Input
or
Output
Voltages
with
Respect
to
Ground . . . . . . . . .
....
+6V
to
-0.3V
Vpp Supply Voltage
with
Respect
to
Ground During Program
........
+26.5V
to
-0.3V
DC
and
AC
Operating Conditions During Read
2716 2716-1
2716-2
2716-5
2716-6
Temperature
Range
O°C
_ 70°C
O°C
_ 70°C
O°C
_ 70°C
O°C
_ 70°C
OoC
_ 70°C
Vcc
Power Supply[1.2]
5V
±5%
5V
±10%
5V
±5%
5V
±5%
5V
±5%
Vpp
Power Supply[2]
Vcc
Vcc
Vcc
VCC VCC
READ OPERATION
D.C.
and
Operating Characteristics
Limits
Conditions
Symbol
Parameter
Typ.[3]
Unit
Min. Max.
III
Input
Load Current
10
f.lA
VIN
= 5.25V
ILO
Output
Leakage
Current 10
f.lA
VOUT
= 5.25V
IpPl [2]
Vpp Current
5
mA
Vpp = 5.25V
ICCl
[2]
Vcc
Current (Standby) 10 25
mA
CE
= VIH. OE =
VIL
ICC2
12
]
V
cc
Current (Active)
57
100
mA
O"E=cr=VIL
VIL
I
nput
Low
Voltage
-0.1 0.8
V
VIH
Input
High Voltage
2.0
V
c
c+
1
V
VOL
Output
Low
Voltage
0.45
V
IOL =
2.1
mA
VOH
Output
High Voltage
2.4 V
IOH
=
-400f.lA
NOTES:
1.
Vee
must
be
applied
simultaneously
or
before
Vpp
and removed
simultaneously
or
after
Vpp.
2.
Vpp
may be
connected
directly
to
Vee
except
during
programming.
The
supply
current
would
then
be
the
sum
of
ICC and IPP1.
3.
Typical
values are
for
T A = 25° C and
nominal
supply
voltages.
4.
This
parameter
is
only
sampled and
is
not
100% tested.
Typical Characteristics
70
60
50
~
40
!
"
!:}
30
20
10
o
--
I
ICC
CURRENT
vs.
TEMPERATURE
r--
r-
-
-
ICC2 ACTIVE
CURRENT
Cl:=Vll
vccr
v
--
ICCl
STANDBY
CURRENT
CE=VIH
VCC=5V _
T
o 10 W
~
40
~
M
ro
M
TEMPERATURE (
CI
700
600
500
]"
400
~
.-
300
200
100
o
ACCESS
TIME
vs.
CAPACITANCE
-
f--
-
~
-
o 100 200 300 400
500
600
700
MO
CL
(pF)
8-13
700
600
500
400
300
200
100
o
r--
ACCESS
TIME
vs.
TEMPERATURE
Vcc
=
5V
o 10 W
~ ~
~
~
ro
~
TEMPERATURE
('C)
AFN-00811A'()2