LB1973JA

No.A2014-2/5

Electrical Characteristics at Ta = 25°C, VCC = 1.9V

Parameter

Symbol

Conditions

Ratings

Unit

min

typ

max

Source current

ICCO1

VCC = 1.9V,IN1 to IN4 = Low level

0.01

1

μA

ICCO2

VCC = 3V,IN1 to IN4 = Low level

0.01

1

μA

ICC1

IN1 = High level,IN2 to IN4 = Low level

18

25

mA

ICC2

IN1 = High level,IN2 to IN4 = Low level,

VCC = 3V

19

27.5

mA

Output saturation voltage1

(single connection)

VOUT11

IOUT = 270mA,VCC = 1.9V to 3.6V,

Ta = -20 to 85

°C

VOUT = Upper Tr and Under Tr

IN1 = High level, IN2 to IN4 = Low level

Supplementation: Standard similar as for IN2

to IN4 = High level

0.2

0.3

V

VOUT12

IOUT = 350mA,VCC = 1.9V to 3.6V,

Ta = -20 to 85

°C

VOUT = Upper Tr and Under Tr

IN1 = High level, IN2 to IN4 = Low level

Supplementation: Standard similar as for IN2

to IN4 = High level

0.25

0.4

V

Output saturation voltage2

(parallel connection)

VOUT21

IOUT = 270mA,VCC = 1.9V to 3.6V,

Ta = -20 to 85

°C

VOUT = Upper Tr and Under Tr

OUT1-3,OUT2-4 short. IN1 and IN3 = High

level, IN2 and IN4 = Low level

Supplementation: Standard similar as for IN2

and IN4 = High level

0.12

0.2

V

VOUT22

IOUT = 500mA,VCC = 1.9V to 3.6V,

Ta = -20 to 85

°C

VOUT = Upper Tr and Under Tr

OUT1-3,OUT2-4 short. IN1 and IN3 = High

level,IN2 and IN4 = Low level

Supplementation: Standard similar as for IN2

and IN4 = High level

0.2

0.35

V

Output electric current with the

parasitic element

IPA

VIN = 1.9 to 3.6V, Ta = -20 to 85°C *1

9

mA

Input current

IIN

VIN = 1.9V

32

70

μA

Themal shutdown operation

temperature

Ttsd

*2: Design guarantee

140

°C

Temperature hysteresis width

∆T

*2: Design guarantee

20

°C

Spark killer Diode

Reverse current

IS(leak)

VCC-OUT = 8V, VIN = Low level

10

μA

Forword voltage

VSF

ISF = 400mA, VIN = Low level

1.7

V

*1: Output electric current with the parasitic element_IPA: The current value that the off ch(-free) output is pulled at the time of one side ch drive by a parasitic

element

*2: Design guarantee value and does not measure

* VSF: The current order direction voltage true in a time