4

Parameter

Symbol

Condition

Min.

Typ. Max.

Unit Note

Operating voltage

Vdd

1.0

6.0

V

-

Detection voltage1

Vdetn1 Vdd=1.5V, Vdet=Voltage detected

0.870 0.900 0.930

V

1

Detection voltage2

Vdetn2 Vdd=Voltage detected

2.352 2.400 2.448

V

1

Hysteresis width1

Vhys1

Vdetn1

×0.04

Vdetn1

×0.08

Vdetn1

×0.12

V

1

Hysteresis width2

Vhys2

Vdetn2

×0.02

Vdetn2

×0.04

Vdetn2

×0.06

V

1

Current consumption

Idd

Vdd=3.0V, Vdet=0V, OUT1,2:Open

0.6

2.0

μA

2

Output current1

Ioutn1 Vdd=1.0V, Vdet=0V, Vout1=0V

1

3

mA

3

Output current2

Ioutn2 Vdd=1.0V, Vout2=0.5V

1

3

mA

3

Open drain

leakage current1

Ileak1 Vdd=6.0V, Vdet=6.0V, Vout1=6.0V

0.001 0.400

μA

3

Open drain

leakage current2

Ileak2 Vdd=6.0V, Vdet=6.0V, Vout2=6.0V

0.001 0.400

μA

3

Input resistance

Rdet Vdet=5.0V, Vdd=0V

10

MΩ

4

Detect delay 1

tPHL1 Vdd=6.0V, Vdet=6.0V→0V

160

μs

5

Detect delay 2

tPHL2 Vdd=6.0V→1.0V

70

μs

6

Release delay 1

tPLH1 Vdd=6.0V, Vdet=0V→6.0V

120

μs

5

Release delay 2

tPLH2 Vdd=1.0V→6.0V

60

μs

6

Temperature

coefficient of Vdetn

ΔVdetn

ΔTop Top=-40°C to +85°C

±

100

ppm/°C -

ELM772409BC(Vdetn1=0.9V, Vdetn2=2.4V)

Rpullup=100K, Vpullup=3V unless otherwise specified.Top=25°C

Note : test circuit No.

Parameter

Symbol

Condition

Min.

Typ. Max.

Unit Note

Operating voltage

Vdd

1.0

6.0

V

-

Detection voltage1

Vdetn1 Vdd=1.5V, Vdet=Voltage detected

0.870 0.900 0.930

V

1

Detection voltage2

Vdetn2 Vdd=Voltage detected

2.645 2.700 2.754

V

1

Hysteresis width1

Vhys1

Vdetn1

×0.04

Vdetn1

×0.08

Vdetn1

×0.12

V

1

Hysteresis width2

Vhys2

Vdetn2

×0.02

Vdetn2

×0.04

Vdetn2

×0.06

V

1

Current consumption

Idd

Vdd=3.0V, Vdet=0V, OUT1,2:Open

0.6

2.0

μA

2

Output current1

Ioutn1 Vdd=1.0V, Vdet=0V, Vout1=0V

1

3

mA

3

Output current2

Ioutn2 Vdd=1.0V, Vout2=0.5V

1

3

mA

3

Open drain

leakage current1

Ileak1 Vdd=6.0V, Vdet=6.0V, Vout1=6.0V

0.001 0.400

μA

3

Open drain

leakage current2

Ileak2 Vdd=6.0V, Vdet=6.0V, Vout2=6.0V

0.001 0.400

μA

3

Input resistance

Rdet Vdet=5.0V, Vdd=0V

10

MΩ

4

Detect delay 1

tPHL1 Vdd=6.0V, Vdet=6.0V→0V

160

μs

5

Detect delay 2

tPHL2 Vdd=6.0V→1.0V

70

μs

6

Release delay 1

tPLH1 Vdd=6.0V, Vdet=0V→6.0V

120

μs

5

Release delay 2

tPLH2 Vdd=1.0V→6.0V

60

μs

6

Temperature

coefficient of Vdetn

ΔVdetn

ΔTop Top=-40°C to +85°C

±

100

ppm/°C -

ELM772709BC(Vdetn1=0.9V, Vdetn2=2.7V)

Rpullup=100K, Vpullup=3V unless otherwise specified.Top=25°C

Note : test circuit No.

10 -