5

IXA531

Static Electrical Characteristics

V

applicable to all six channels . The V

and are applicable to the

respective output leads: H

GO1,2,3

and L

Symbol

Definition

Min.

Typ. Max. Units

Test Conditions

VINL

Logic “0” input voltage HIN1,2,3; LIN1,2,3

0.8

V

VINH

Logic “1” input voltage HIN1,2,3; LIN1,2,3

3.0

V

VEN,TH+

EN positve going threshold

3.0

V

VEN,TH -

EN negative going threshold

0.8

V

VITRP, TH+

ITRP positve going threshold

0.37

0.46 0.55 V

VITRP, HYS

ITRP input hysteresis

.07

V

VRST,TH+

RST positive going threshold

8

V

VRST, HYS

RST input hysteresis

3

V

VOH1,2,3

High level output voltage, VCH - VHGO or VCL- VLGO

0.9

1.4

V

I0=20mA

VOL1,2,3

Low level output voltage, VHGO or VLGO

0.4

0.6

V

I0=20mA

VCLUV+

VCL supply under-voltage positive going threshold

10.6

11.1 11.6 V

VCHUV+

VCH supply under-voltage positive going threshold

10.6

11.1 11.6 V

VCLUV-

VCL supply under-voltage negaitive going threshold

10.4

10.9 11.4 V

VCHUV-

VCH supply under-voltage negaitive going threshold

10.4

10.9 11.4 V

VCLUVH

VCL supply under-voltage lockout hysteresis

0.2

V

VCHUVH

VCH supply under-voltage lockout hysteresis

0.2

V

ILK

Offset supply leakage current

50

μAVCH1,2,3=

VHS1,2,3=600 V

IQVCH

Quiescent VCH supply current

70

120

μAVIN=0V or 5V

IQVCL

Quiescent VCL supply current

1.6

2.3

mA

VIN=0V or 5V

VIN

Input clamp voltage (HIN,LIN,ITRP,EN)

4.9

V

IIN = 100μA

ILIN+orIIN+

Logic “1“ Input bias current for LIN1,2,3

200

300

μAVLIN = 5V

ILIN-orIIN-

Logic “0“ Input bias current for LIN1,2,3

100

220

μAVLIN = 0V

IHIN+orIIN+

Logic “1“ Input bias current for HIN1,2,3

200

300

μAVHIN = 5V

IHIN-orIIN-

Logic “0“ Input bias current for HIN1,2,3

100

220

μAVHIN = 0V

IITRP+

“high” ITRP input bias current

30

100

μAVITRP = 5V

IITRP-

“low” ITRP input bias current

0

1

μAVITRP = 0V

IEN+

“high” ENABLE input bias current

30

100

μAVEN = 5V

IEN-

“low” ENABLE input bias current

0

1

μAVEN = 0V

IRST

RST input bias current

0

1

μAVRST = 0Vor 15V

IGO+

Output high short circuit pulsed current

600

mA

V0=0V,PW <10 μs

IGO-

Output low short circuit pulsed current

600

mA

V0=15V,PW<10μs

RON, RST

RST low on resistance

50

100

Ω

RON,FLT

FLT low on resistance

50

100

Ω