2

Date: 5/02/06 Rev B

SP809/810, 3 Pin Microprocessor Supervisor Circuit

© Copyright 2006 Sipex Corporation

V

RESET, RESET ......................................................... -0.3 to V

Input Current (V

Output Current (RESET, RESET).................................................. 20mA

Continuous Power Dissipation (T

Operating Junction Temperature ................................... -40°C to +85°C

Junction Temperature.....................................................................125°C

Storage Temperature .................................................. -65°C to +150°C

These are stress ratings only and functional operation of the device at these

ratings or any other above those indicated in the operation sections of the

specifications below is not implied. Exposure to absolute maximum rating

conditions for extended periods of time may affect reliability.

ELECTRICAL CHARACTERISTICS

Typical values are at T

ABSOLUTE MAXIMUM RATINGS

r

e

t

e

m

a

r

a

P

l

o

b

m

y

S

.

n

i

M

.

p

y

T

.

x

a

M

s

t

i

n

U

s

n

o

i

t

i

d

n

o

C

e

g

n

a

R

e

g

a

t

l

o

V

g

n

i

t

a

r

e

p

O

V

C

C

9

.

0

0

.

6

V

t

n

e

r

r

u

C

y

l

p

p

u

S

I

C

C

0

.

1

0

.

3

A

µ

V

C

C

V

=

H

T

V

1

.

0

+

d

l

o

h

s

e

r

h

T

t

e

s

e

R

V

H

T

5

6

2

.

2

3

.

2

5

3

3

.

2

V

3

2

-

9

0

8

P

S

T

A

C

º

5

2

+

=

4

5

2

.

2

6

4

3

.

2

T

A

C

º

5

8

+

o

t

C

º

0

4

-

=

1

6

5

.

2

6

.

2

9

3

6

.

2

6

2

-

9

0

8

P

S

T

A

C

º

5

2

+

=

8

4

5

.

2

2

5

6

.

2

T

A

C

º

5

8

+

o

t

C

º

0

4

-

=

7

5

8

.

2

9

.

2

4

4

9

.

2

9

2

-

9

0

8

P

S

T

A

C

º

5

2

+

=

2

4

8

.

2

8

5

9

.

2

T

A

C

º

5

8

+

o

t

C

º

0

4

-

=

4

5

0

.

3

1

.

3

7

4

1

.

3

1

3

-

9

0

8

P

S

T

A

C

º

5

2

+

=

8

3

0

.

3

2

6

1

.

3

T

A

C

º

5

8

+

o

t

C

º

0

4

-

=

0

4

9

.

3

0

.

4

0

6

0

.

4

0

4

-

9

0

8

P

S

T

A

C

º

5

2

+

=

0

2

9

.

3

0

8

0

.

4

T

A

C

º

5

8

+

o

t

C

º

0

4

-

=

4

3

3

.

4

4

.

4

6

6

4

.

4

4

4

-

9

0

8

P

S

T

A

C

º

5

2

+

=

2

1

3

.

4

8

8

4

.

4

T

A

C

º

5

8

+

o

t

C

º

0

4

-

=

1

3

5

.

4

6

.

4

9

6

6

.

4

6

4

-

9

0

8

P

S

T

A

C

º

5

2

+

=

8

0

5

.

4

2

9

6

.

4

T

A

C

º

5

8

+

o

t

C

º

0

4

-

=

V

C

C

y

a

l

e

D

t

e

s

e

R

V

P

I

R

T

0

2

S

µ

V

C

C

V

=

H

T

V

(

o

t

H

T

V

,

)

V

1

.

0

-

H

T

V

1

.

3

=

t

u

o

e

m

i

T

e

v

i

t

c

A

t

e

s

e

R

d

o

i

r

e

P

T

P

R

0

4

1

0

3

2

0

6

5

s

m

V

C

C

V

=

)

X

A

M

(

H

T

T

A

C

º

5

2

+

=

0

0

1

0

3

0

1

T

A

C

º

5

8

+

o

t

C

º

0

4

-

=

e

g

a

t

l

o

V

t

u

p

t

u

O

T

E

S

E

R

V

H

O

V

8

.

0

C

C

V

V

C

C

V

=

H

T

I

,

V

1

.

0

-

E

C

R

U

O

S

A

m

2

.

1

=

V

L

O

3

.

0

V

C

C

V

=

H

T

I

,

V

1

.

0

+

K

N

I

S

A

m

2

.

1

=

_

_

_

_

_

_

e

g

a

t

l

o

V

t

u

p

t

u

O

T

E

S

E

R

V

H

O

V

8

.

0

C

C

V

V

C

C

V

=

H

T

I

,

V

1

.

0

+

E

C

R

U

O

S

A

m

2

.

1

=

V

L

O

3

.

0

V

C

C

V

=

H

T

I

,

V

1

.

0

-

K

N

I

S

A

m

2

.

1

=