L9362

4/17

ELECTRICAL CHARACTERISTICS

4.5V  VCC  5.5V, -40°C  TJ  125°C, unless otherwise specified.

Symbol

Parameter

Test Conditions

Min.

Typ.

Max.

Unit

Supply current

ICCRES

Standby current

Without load.

Tj  85°C

NRES = LOW

1.3

mA

ICCOPM

Operating mode

IOUT 1 ... 4 = 2A

11

17

mA

ICCLV

Low voltage supply current

VCC < 0,5V

80

A

Inputs (NONx; NCS; CLK; NRES; SDI)

VINL

Low threshold

-0.3

0.2



VCC

V

VINH

High threshold

0.7



VCC

VCC

+0.3

V

Vhyst

Hysteresis

0.85

V

IIN

Input leakage current

VIN = VCC

10

A

IIN

Input current (NONx, NCS, CLK,

SDI)

VIN  0.8VCC

20

100

A

IIN NRES

Input current NRES

3

20

A

Serial Data Output

VSDOH

High output level

(ISDO = -2mA)

VCC

- 0.4

V

VSDOL

Low output level

(ISDO = 3.2mA)

0.4

V

ISDOL

Tristate leakage current

(NCS = HIGH;

VSDO = 0V ... VCC)

-10

10

A

Outputs (Out 1 ... 4)

IOUTL1

Leakage current 1

(NON = HIGH;

VOUT = 14V;

VCC = 5V)

10

A

Vclpa

Output clamp voltage

Vclpa (IOUT = 0.5A)

45

50

60

V

WOFF

Clamped energy at the switching

OFF 1)

For 2ms, see fig. 8

50

mJ

RDSON

ON resistance

IOUT = 2A; Tj = 150°C;

Tj = 25°C

2)

250

500

300

m



m



OVRp1

OVRp2

Positive output voltage ramp

(with inductive load)

VOUT = 30% ... 80% of

VBAT=16V 3)

VOUT =

VBAT ... 0.9  Vclp 3)

0.3

0.75

0.9

1.35

2.25

V/

s

V/

s

OVRn

Negative output voltage ramp

80% ... 30% of VBAT = 16V

with inductive load 3)

0.3

0.9

1.35

V/

s

tdON

Turn ON delay

NON = 50%;

VOUT = 0.8  VBAT

04

10

s

tdOFF

Turn OFF delay

NON = 50%;

VOUT = 0.3  VBAT

04

10

s

Note 1:

Typical loads for the zener clamping and the output voltage ramps are:

a) 10

, 16mH at all outputs or

b) 25

, 160mH

Note 2:

At 150°C guaranteed by design and electrical characterisation

Note 3:

Tested with resistive load of Rload = 50