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80C186EC Datasheet, PDF (28/57 Pages) Intel Corporation – 16-BIT HIGH-INTEGRATION EMBEDDED PROCESSORS
80C186EC 188EC 80L186EC 188EC
DC SPECIFICATIONS (80L186EC16 80L188EC16) (Operating Temperature 0 C to 70 C)
Symbol
Parameter
Min
Max
Units
Notes
VCC
VIL
VIH
VOL
VOH
VHYR
ILI
Supply Voltage
30
55
V
Input Low Voltage
Input High Voltage
Output Low Voltage
Output High Voltage
Input Hysteresis on RESIN
b0 5
0 3 VCC
V
0 7 VCC VCC a 0 5 V
0 45
V IOL e 3 mA (Min)
VCC b 0 5
V IOH e b2 mA (Min)
05
V
Input Leakage Current for Pins
AD15 0 (AD7 0 A15 8) READY
HOLD RESIN CLKIN
TEST BUSY NMI INT7 0
T0IN T1IN P2 7–P2 0 P3 5–P3 0
DRQ3 0 PEREQ ERROR
g15
mA 0 s VIN s VCC
ILIU
Input Leakage for Pins with Pullups b0 275
b5
mA VIN e 0 7 VCC
Active During Reset
(Note 1)
A19 16 LOCK
ILO
Output Leakage for Floated Output
Pins
g15
mA 0 45 s VOUT s VCC
(Note 2)
ICC
Supply Current Cold (in RESET)
80L186EC-16
(Note 3)
45
mA
IID
Supply Current in Idle Mode
80L186EC-16
(Note 4)
35
mA
IPD
Supply Current in Powerdown Mode
80L186EC-16
(Note 5)
50
mA
CIN
COUT
Input Pin Capacitance
Output Pin Capacitance
0
15
pF TF e 1 MHz
0
15
pF TF e 1 MHz (Note 6)
NOTES
1 These pins have an internal pull-up device that is active while RESIN is low and ONCE Mode is not active Sourcing more
current than specified (on any of these pins) may invoke a factory test mode
2 Tested by outputs being floated by invoking ONCE Mode or by asserting HOLD
3 Measured with the device in RESET and at worst case frequency VCC and temperature with ALL outputs loaded as
specified in AC Test Conditions and all floating outputs driven to VCC or GND
4 Measured with the device in HALT (IDLE Mode active) and at worst case frequency VCC and temperature with ALL
outputs loaded as specified in AC Test Conditions and all floating outputs driven to VCC or GND
5 Measured with the device in HALT (Powerdown Mode active) and at worst case frequency VCC and temperature with
ALL outputs loaded as specified in AC Test Conditions and all floating outputs driven to VCC or GND
6 Output Capacitance is the capacitive load of a floating output pin
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