AUIR0815S Datasheet, PDF (4/19 Pages) International Rectifier – BUFFER GATE DRIVER IC

AUIR0815S
Static Electrical Characteristics
VCC -GND= 15V; GND-VEE =5V; 15nF connects CB to OUTH; 22nF connects Vcc to OUTH ;-40 °C < TA < 125 °C unless otherwise
specified.
Symbol
Definition
Min Typ Max Units
Test Conditions
VCCUV+
VCC-GND supply undervoltage
positive going threshold
10.2 11.7 12.8
VCCUV-
VCCUVH
VCC-GND supply undervoltage
negative going threshold
VCC-GND supply undervoltage
lockout hysteresis
9.6 10.5 11.4
0.5 1.2 —
V LPM=HIN=1=VCC VE=GND; OUTH pulled to
VCC-2V with 100mA current limitation
VBUV Vbootstrap undervoltage (*)
—
4
—V
IQGG
GND supply current
— — 60 uA
IN=X; LPM=X
IQEESW VEE supply current, IN switching
2
4
10 mA IN switches at 10kHz 50% duty cycle; LPM=1
IQEE0
VEE supply current, IN=0
— — 8.0 mA
steady state with IN=0 and LPM=1
IQEE025 VEE supply current, IN=0
— — 6.5 mA steady state with IN=0 and LPM=1 , T=25^C
IQEE1
VEE supply current, IN=1
——
3 mA
steady state with IN=1 and LPM=1
IQEELQ0 VEE supply current, LPM=0, IN=0
——
2 mA
steady state with IN=0 and LPM=0
IQEELQ1 VEE supply current, LPM=0, IN=1
— — 1.5 mA
steady state with IN=1 and LPM=0
IQEEUV
IQOUTL1
VEE supply current, VCC<VCCUV-
Current flowing into OUTL
—
—
1.8 mA steady state with IN=X, LPM=X, VCC<VCCUV-
—
—
1.5 uA
IN=1; LPM=1 ; OUTL-GND=15V; OUTH
disconnected
IQB
Current into CB pin
——
1 mA
IN=1; LPM=1 ;CB-OUTH=5V
IQOUTH0 Current flowing out from OUTH
— — 3.5 mA
steady state with IN=0 and LPM=1,
V(OUTH)=VEE, OUTL disconnected
IBOUTH
Current flowing out from CB,
bootstrap discharged
—
20
40
mA
steady state, CB shorted to OUTH, IN=0 and
LPM=1, V(OUTH)=VEE, OUTL disconnected
IOUTH+
OUTH high short circuit pulsed
current
10 — — A
10A current pulse with PW<10usec
IOUTL-
OUTL low short circuit pulsed current 10
—
—
A
(*)When CB-OUTH< VBUV the power nmos pulling up OUTH is turned off. The high level on OUTH is kept by a parallel PMOS (see
also block diagram).
Pins: IN, LPM
VCC -GND= 15V; GND-VEE =5V; 15nF connects CB to OUTH; 22nF connects Vcc to OUTH; -40 °C < TA < 125 °C unless otherwise
specified.
Symbol
Definition
Min Typ Max Units Test Conditions
VINH vcc
VINL vcc
VINhis
Logic "1" IN input voltage to VCC
Logic "0" IN input voltage to VCC
Logic IN input hysteresis
-3.5 -2.5 -1.0
-5.5 -4.5
-3.5
V VCC-GND> VCCUV-
1
2
3.3
VLPMH vcc
VLPML vcc
VLPMhis
IIN15
ILPM15
Logic "1" LPM input voltage to VCC
Logic "0" LPM input voltage to VCC
Logic LPM input hysteresis
Current flowing out from IN when VCC-IN=15V
Current flowing out from LPM VCC-LPM=15V
-3 -2.5
-3.8 -3
0.25
-
40
90
10
25
-1.4
-2.5
V VCC-GND> VCCUV-
1.8
180 uA
IN=GND
50 uA
LPM=GND
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January 08, 2013