Hitachi AP1 - Page 89

---------------------------------------------------------HMCS46C,HMCS46CL
• ELECTRICAL CHARACTERISTICS - 1 (Vee = 2.5 to 5.5V, Ta = -20 to +75°C)
Item
Symbol
Test Condition
min.
Value
typo
max.
Input "Low" Voltage
VIL
- -
0.15·Vce
Input "High" Voltage (1)
VIH1
0.S5-
V
ee
-
Vce
Input "High" Voltage (2)
VIH2
0.S5-
V
ee
-
10
Output "Low" Voltage
VOL
10L = 0.4mA
- -
0.4
Output "High" Voltage
VOH
-IOH = O.OS mA
Vee-
O
.4
-
-
Interrupt Input Hold Time
tiNT
2'Tinst
-
-
Interrupt Input Fall Time
tflNT
-
-
50
Interrupt Input Rise Time
trlNT
- -
50
Output "High" Level
10H
VOH = 10V
-
-
3
Current
Vin = 0 to Vee
- -
1.0
Input Leakage Current
IlL
Vin = 0 to 10V
-
-
3
Pull up MOS Current
-Ip
Vee = 3V
10 -
SO
Vin=Vee, Vee=3V
(fose/fcp = 200kHz)
Supply Current
Icc
Rf Oscillation,
-
-
140
External Clock
Operation
Vin=O to Vec - -
1
Standby I/O Leakage HIT
Current
ILS
=0.5V
Vin=O to 10V
- -
3
Vin =
Vee=2.5 to
- - 6
Standby Supply Current
Ices
Vec
3.5V
RIT=
Vce=2.5 to
- -
10
0.1
V
5.5V
External Clock Operation
----------
,-----
--------------
r-200--240-
External Clock Frequency
fcp
130
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
Tinst
Tinst =
4/fcp
16.S 20 30.S
Internal Clock Operation (Rf Oscillation)
---------- ----
At = 20Okn±2% - - -
----
;---
----
fose
130
-
250
Clock Oscillation
Vee=2.5 to 3.5V
Frequency
fose
Rt= 200kil±2%
130
350
Vee=2.5 to 5.5V
-
Tinst
Tlnst=4/f
ose
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 1 I All voltages are with respect to GND.
(NOTE 21 This is applied to RESET, HLT, ose., 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 pins.
(NOTE 51 This is applied to the with Pull up MOS or CMOS type of I/O pins.
(NOTE 61 This is applied to the Open Drain type of I/O pins.
(NOTE 71 I/O current is excluded.
(NOTE 81 The Standby I/O Leakage Current is the I/O leakage current in the Halt and Disable State.
(NOTE 91 I/O current is excluded.
Unit Note
V
V 2
V 3
V
V
4
IlS
IlS
Ils
IlA
6
2
IlA
r---
3
IlA
IlA
7
IlA
5,S
IlA
6,S
IlA
9
IlA
---
---
kHz
%
IlS
IlS
IlS
,--
----
kHz
kHz
IlS
IlS
The Standby Supply Current is the supply current at VCC=2.5 to 5.5V in the Halt State. The supply current in the case where the supply
voltage falls
to the Halt Duration voltage is called the Halt Current (lDHI, and it is shown in "ELECTRICAL CHARACTERISTICS-2."
87