AUIR08152S datasheet(3/13 Pages) IRF

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AUIR08152S

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August. 27, 2014

Static Electrical Characteristics

VCC – Gnd = 15V, VEE – Gnd = -5V, Cboot = 15nF, Ron = Roff = 3Ω, -40 °C < TA < 125 °C unless otherwise specified.

Symbol

Definition

Min

Typ

Max

Units

Test Conditions

VCCUV+

VCC-GND under-voltage rising edge

—

11.7

12.8

LPM = X, IN = Vcc, Vee = Gnd;

VCCUV-

VCC-GND under-voltage falling edge

9.6

10.5

—

VCCUVH

VCC-GND under-voltage hysteresis

0.5

1.2

—

VCBUV (*)

VCB under-voltage lockout

2.8

5.7

IQGG

Current out of the Gnd pin

—

µA

IN = X, LPM = X

IQOUTL1

Current flowing into the OUTL pin

—

1.5

IN = Vcc,LPM = X,

OUTH = NC, VOUTL

–Gnd = 15V

IQEESW

VEE pin current, IN cycling

—

IN = 10kHz - 50% duty cycle

LPM = Vcc, CLOAD = 0nF

IQEE0

VEE pin current – output OFF – normal mode

—

1.5

IN = Gnd, LPM = Vcc

IQEE1

VEE pin current – output ON – normal mode

—

0.8

1.6

IN = Vcc, LPM = Vcc

IQEELQ0

VEE pin current – output OFF – low power

mode

—

0.6

2.0

IN = Gnd, LPM = Gnd

IQEELQ1

VEE pin current – output ON – low power mode

—

0.8

1.6

IN = Vcc, LPM = Gnd

IQEEUV

VEE pin current at low Vcc supply

—

0.6

1.6

IN = X, LPM = X, VCC<VCCUV-

IQB

CB pin sink current

—

0.5

IN = Vcc, LPM = Vcc, VCB-VOUTH = 5.5V

IQOUTH0

OUTH pin sourced current

– normal mode

—

3.5

IN = Gnd, LPM = Vcc

OUTH = VEE, OUTL = NC

IQOUTH0LQ

OUTH pin sourced current

– low power mode

—

0.2

0.5

IN = Gnd, LPM = Gnd

OUTH = VEE, OUTL = NC

IBOUTH

CB pin sourced current

– normal mode

—

IN = Gnd, LPM = Vcc,

OUTL = NC, CB = OUTH = Vee

IBOUTH_pl

CB pin pulsed sourced current

– normal mode

200

—

Min pulse length 2us guaranteed by design

IBOUTHLQ

CB pin sourced current

– low power mode

0.5

IN = Gnd, LPM = Gnd,

OUTL = NC, CB = OUTH = Vee

IOUTH+ /IOUTL-

OUTH /OUTL pins output current capability

—

LPM = X

VOUTL-: t < 100us, VOUTH+: CB charged

Vcc-VinH

IN pin

– output ON voltage

1.5

2.5

—

Vcc-Gnd > Vccuv+

Vcc-VinL

IN pin

– output OFF voltage

—

4.5

5.5

VINhys

IN pin voltage hysteresis

—

Vcc-VLPMH

LPM pin normal mode voltage

1.4

—

Vcc-VLPML

LPM pin low power mode voltage

—

3.2

3.8

VLPMhys

LPM pin voltage hysteresis

0.3

1.1

—

IIN15

IN pin sourced current

180

µA

IN = Gnd

ILPM15

LPM pin sourced current

LPM = Gnd

Rdson OUTH

OUTH transistor Rdson

—

100

200

mΩ

IN = Vcc, Iout 10A, t < 100us,

Gnd = Vee, VCB = VOUTH + 5.5V

Rdson OUTL

OUTL transistor Rdson

—

200

400

-IN = Gnd, Iout = 10A,

t < 100us, Gnd = Vee

IPMOS (*)

OUTH Pulling- up current source

120

IN = Vcc, LPM = X,

Vcc

– VOUTH = 1.5V

(*)When VCB

– VOUTH < VCB

UV, OUTH pin remaining pulled-up to Vcc is guaranteed for at least 3usec with low impedance (=Ron) via VDmos

then continuously with higher impedance via PMos (= Ipmos, see block diagram).

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