TC75W57FU_07 datasheet(3/8 Pages) TOSHIBA

Nome de Peças	TC75W57FU

Descrição Electrónicos	Dual Comparator

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Fabricante Electrônico	TOSHIBA [Toshiba Semiconductor]

Página de início	http://www.semicon.toshiba.co.jp/eng

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3 / 8 page

TC75W57FU/FK

2007-11-01

3

Electrical Characteristics (VDD = 5V, VSS = GND, Ta = 25°C)

Characteristic

Symbol

Test

Circuit

Test Condition

Min

Typ.

Max

Unit

Input offset voltage

VIO

―

±1

±7

mV

Input offset current

IIO

―

1

―

pA

Input bias current

II

―

1

―

pA

Common mode input voltage

CMVIN

―

0

―

4.1

V

Supply current

IDD (Note)

―

220

440

μA

Voltage gain

GV

―

94

―

dB

Sink current

Isink

―

VOL = 0.5V

13

25

―

mA

Source current

Isource

―

VOH = 4.5V

9

21

―

mA

VOL

―

Isink = 5.0mA

―

0.1

0.3

Output voltage

VOH

―

Isource = 5.0mA

4.7

4.9

―

V

Operating supply voltage

VDD

―

1.8

―

7.0

V

tPLH (1)

―

Over drive = 100mV

―

140

―

Propagation delay time (turn on)

tPLH (2)

―

TTL step input

―

90

―

ns

tPHL (1)

―

Over drive = 100mV

―

90

―

Propagation delay time (turn off)

tPHL (2)

―

TTL step input

―

70

―

ns

tTLH

―

Over drive = 100mV

―

11

―

Response time

tTHL

―

Over drive = 100mV

―

7

―

ns

Electrical Characteristics (VDD = 3V, VSS = GND, Ta = 25°C)

Characteristic

Symbol

Test

Circuit

Test Condition

Min

Typ.

Max

Unit

Input offset voltage

VIO

―

±1

±7

mV

Input offset current

IIO

―

1

―

pA

Input bias current

II

―

1

―

pA

Common mode input voltage

CMVIN

―

0

―

2.1

V

Supply current

IDD (Note)

―

200

400

μA

Sink current

Isink

―

VOL = 0.5V

6

18

―

mA

Source current

Isource

―

VOH = 2.5V

3

15

―

mA

VOL

―

Isink = 5.0mA

―

0.15

0.35

Output voltage

VOH

―

Isource = 5.0mA

2.65

2.85

―

V

Propagation delay time (turn on)

tPLH

―

Over drive = 100mV

―

110

―

ns

Propagation delay time (turn off)

tPHL

―

Over drive = 100mV

―

90

―

ns

tTLH

―

Over drive = 100mV

―

7

―

Response time

tTHL

―

Over drive = 100mV

―

8

―

ns

Note:

Since this product causes an increase in current consumption with a rise in operational frequency, make sure

that power consumption does not exceed the allowable dissipation.

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