--------------------------------------------------------HMCS47C,HMCS47CL
•
ELECTRICAL
CHARACTERISTICS
- 1 (Vee = 2.5
to
5.5V.
Ta =
-20
to
+75°C)
Test
Conditions
Value
Item
Symbol
min.
typo
max.
Input
"Low"
Voltage
VIL
- -
0.15·Vee
Input
"High"
Voltage (1)
VIHl
0.S5·Vee
-
Vee
Input
"High"
Voltage (2)
VIH2
0.S5·Vee
-
10
Output
"Low"
Voltage
VOL
IOL = 0.4 rnA
- -
0.4
Output
"High"
Voltage
VOH
-IOH
=
O.OS
rnA
Vee-
O
.4
-
-
Interrupt
Input
Hold
Time
tiNT
2'Tinst
-
-
Interrupt
Input
Fall Time
tfiNT
-
-
50
Interrupt
Input
Rise
Time
trlNT
- -
50
Output
"High"
Level
IOH
VOH
=
10V
-
-
3
Current
Yin
=
Oto
Vee
- -
1.0
Input
Leakage Current
IlL
Yin = 0
to
10V - -
3
Pull
up
MOS Current
-Ip
Vee
=
3V
10
-
SO
Vin=Vee.
Vee=3V
(fosc/fcp = 200kHz)
Supply
Current
Icc
Rf
Oscillation,
External Clock
-
-
140
Operation
Vin=O
to
Vee
-
-
1
Standby
I/O
Leakage
ILS
HIT
Current
=0.5V
Vin=O
to
10V
- -
3
Yin
-
Vee=2.5
to
- -
6
Standby
Supply Current
Ices
Vee
3.5V
RtT=
Vee=2.5
to
- -
10
0.1 V
5.5V
External Clock Operation
----------
r-----
r----------
----
t---
-240--
External Clock Frequency
fcp
130
200
External Clock
Duty
Duty
45
50
55
External Clock
Rise
Time
t
rcp
0
-
0.2
External Clock Fall
Time
tfcp
0
-
0.2
Instruction Cycle
Time
TiNt
Tinst =
4/fcp
16.S
20
30.S
Internal Clock
Operation
(Rf
Oscillation)
----------
----
---------
----
,----
----
fOle
Rf
=
200kil
± 2%
Clock Oscillation
Vee=2.5
to
3.5V
130
-
250
Frequency
fosc
Rf=2ookil
±
2%
130
350
Vee=2.5
to
5.5V
-
Tinst
Tlnst=4/f
OlC
16
-
30.S
Vee=
2.5
to
3.5V
Instruction Cycle
Time
Tinst=4/fosc
Tinst
Vee=2.5
to
5.5V
11.4
-
30.S
[NOTE
11
All
voltages
are
with
respect to GND.
[NOTE
21
This
is
applied
to
RESET,
HLT,
OSC., INTo,
INT.
and the With Pull up
MOS
or
CMOS
type
of
I/O
pins.
[NOTE
31
This
is
applied
to
the
Open
Drain type
of
I/O
pins.
[NOTE
41
This
is
applied to the
CMOS
type
of
I/O
or
Output
pins.
[NOTE
51
This
is
applied
to
the With Pull up
MOS
or
CMOS
type
of
I/O
or
Output
pins
[NOTE
61
This
is
applied
to
the
Open
Drain type
of
I/O
or
Output
pins.
[NOTE
71
I/O
current is excluded.
[NOTE
81
The Standby
I/O
Laakage
Current
is
the
I/O
leakage current in the Halt and Disable State.
[NOTE
91
I/O
currant
is
excluded.
Unit
Note
V
V
2
V
3
V
V
4
Jls
JlS
JlS
JlA
6
2
JlA
r----
3
JlA
JlA
7
JlA
5,S
JlA
6,S
JlA
9
JlA
---
---
kHz
%
Jls
Jls
JlS
r--
r---
kHz
kHz
JlS
IlS
The Standby Supply Current
is
the supply current at VCC=2.5
to
5.5V in the Halt State. The supply current in tile
case
where the
supply voltage falls
to
the Halt Duration voltage
is
called the Halt Current
(IDHI,
and
it
is shown in
"ELECTRICAL
CHARACTERISTICS
-2."
113
To Next Page
Loading...
