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Ap331a, Absolute maximum ratings, Recommended operating conditions – Diodes AP331A User Manual

Page 3: Electrical characteristics, Single differential comparator

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AP331A

SINGLE DIFFERENTIAL COMPARATOR

AP331A Rev. 2

3 of 13

FEBRUARY 2009

www.diodes.com

©

Diodes Incorporated

Absolute Maximum Ratings


Symbol

Parameter

Rating

Unit

V

CC

Supply

Voltage

40

V

V

IN

Differential Input Voltage (Note 10)

40

V

V

IN

Input Voltage

-0.3 to +40

V

I

CC

Input Current (V

IN

-0.3V) (Note 5)

50

mA

P

D

Power Dissipation (Note 3)

SOT25

740 mW

SOT25R

Output Short-Circuit to Ground (Note 4) Continuous

T

J

Operating Junction Temperature Range

+150

o

C

T

ST

Storage Temperature Range

-65 to +150

o

C


Recommended Operating Conditions


Symbol

Parameter

Min

Max

Unit

V

CC

Supply Voltage (Single)

+2

+36

V

V

CC

Supply Voltage (Dual Supplies, V

+

VS GND)

±1

±18

V

V

IN

Differential Input Voltage (Single) (Note 10)

0 ±36

V

V

IN

Differential Input Voltage (Dual Supplies) (Note 10)

-18 +18 V

T

A

Operating Ambient Temperature

0

70

o

C


Electrical Characteristics


(V

CC

= 5V, T

A

= 25

o

C, unless otherwise stated)

Symbol

Parameter

Conditions

Min

Typ.

Max

Unit

V

OFFSET

Input

Offset

Voltage

(Note 11)

- 4.0

8.0

mV

I

BIAS

Input Bias Current

I

IN

(+) or I

IN

(-) with Output In

Linear Range, V

CM

= 0V

(Note 7)

- 150

400

nA

I

OFFSET

Input

Offset

Current

I

IN

(+) - I

IN

(-) V

CM

= 0V

-

70

150

nA

Input Common Mode Voltage
Range

V

+

= 30V (Note 8)

0 -

V

+

-1.5

V

I

CC

Supply

Current

R

L

=

V

+

= 5V

-

0.4

1

mA

V

+

= 36V

-

1

2.5

Voltage

Gain

R

L

> 15k

Ω, V

+

= 15V

V

O

= 1V to 11V

50 200 - V/mV

Large Signal Response Time

V

IN

= TTL Logic Swing,

V

REF

= 1.4V, V

RL

= 5V,

R

L

= 5.1k

- 300 - ns

Response

Time

V

RL

= 5V, R

L

= 5.1k

(Note 9)

- 1.3 -

μs

I

O(Sink)

Output

Sink

Current

V

IN

(-) = 1V, V

IN

(+) = 0,

V

O

< 1.5V

6.0 16 - mA

V

SAT

Saturation

Voltage

V

IN

(-) = 1V, V

IN

(+) = 0,

I

SINK

< 4mA

- 250

400

mV

I

O(Leak)

Output Leakage Current

V

IN

(-) = 0, V

IN

(+) = 1V,

V

O

= 5V

- 0.1 - nA