Z86D7308HSC datasheet(18/92 Pages) ZILOG

18 / 92 page

Z86D73

40/44/48-Pin Low-Voltage IR OTP

PS019402-1103

IOL

Output Leakage

2.0 V

–1

µA V

IN = 0 V, VCC

3.6 V

–1

µA V

IN = 0 V, VCC

ICC

Supply Current

2.0 V

at 8.0 MHz

1, 2

3.6 V

at 8.0 MHz

1, 2

2.0 V

250

µA at 32 kHz

1, 2, 3

3.6 V

850

µA at 32 kHz

1, 2, 3

ICC1

Standby Current (HALT

Mode)

2.0 V

VIN = 0 V, VCC at

8.0 MHz

1, 2

3.6 V

Same as above

1, 2

2.0 V

Clock Divide-by-16

at 8.0 MHz

1, 2

3.6 V

Same as above

1, 2

ICC2

Standby Current (STOP

Mode)

2.0 V

µA V

IN = 0 V, VCC

WDT is not

Running

4, 5

3.6 V

µA Same as above

4, 5

2.0 V

500

µA V

IN = 0 V, VCC

WDT is Running

4, 5

3.6 V

800

µA Same as above

4, 5

ICC2

Standby Current (Low

Voltage)

µA V

CC < VBO

µA

TPOR

Power-On Reset

2.0 V

3.6 V

VBO

VCC Low Voltage

Protection

2.15

8 MHz max

Ext. CLK Freq.

VLVD

Vcc Low Voltage

Detection

VBO + 0.4

VLVD = VBO + 0.4

Notes:

*All outputs excluding P00, P01, P36, and P37.

1. All outputs unloaded, inputs at rail.

2. CL1 = CL2 = 100 pF.

3. 32-kHz clock driver input.

4. The VBO increases as the temperature decreases, except inputs at VCC.

5. Oscillator stopped.

6. Oscillator stops when VCC falls below VLV limit.

7. VBO increases as the temperature decreases.

8. Variance is 300 mV.

Table 6. DC Characteristics (Continued)

TA = 0°C to +70°C

Sym

Parameter

VCC

Min

Max

Units Conditions

Notes

Note: WDT, Comparators, Low

Voltage Detection, and ADC (if

applicable are disabled. The IC

might draw more current if any of

the above peripherals is enabled.

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