iC-JX

16-FOLD 24 V HIGH-SIDE DRIVER WITH µC INTERFACE

Rev C1, Page 6/36

ELECTRICAL CHARACTERISTICS

Operating conditions: VCC = VDD = 3 ... 5.5 V, VBy = 12 ... 36 V, GNDA = GNDD = 0 V, RSET = 10 kΩ ±1% . All inputs on defined logic

states (high or low), Tj = -40 ... 125 °C unless otherwise stated. Functionality and parameters beyond operating conditions (for example

w.r. to independent voltage supplies) are to be verified within the individual application by FMEA methods.

Item

Symbol

Parameter

Conditions

Unit

No.

Min.

Typ.

Max.

108

SR()lo

Slew Rate lo

CL = 0 ... 100 pF, I(IOx) = -150mA

5

17

V/µs

109

tplh()

Propagation Delay until IOx: lo →

hi

V(IOx) > V0(IOx) + 1 V

6

µs

110

tphl()

Propagation Delay until IOx = off V(IOx) < 80 % (VBy - Vs(IOx)hi)

6

µs

I/O Stages: Current Sources at IO1...16

201

Ipd()

Pull-down Current Source

(200 µA)

V(IOx) = 3 V .. VBy;

160

200

240

µA

202

Ipd()

Pull-down Current Source

(600 µA)

V(IOx) = 3 V .. VBy;

510

600

690

µA

203

Ipd()

Pull-down Current Source (2 mA) V(IOx) = 3 V .. VBy;

1.6

2

2.4

mA

204

Ipu()

Pull-up Current Source (200 µA)

IOx = off, V(IOx) = 0 V .. VBy - 3 V

150

200

250

µA

205

Ipu()

Pull-up Current Source (600 µA)

IOx = off, V(IOx) = 0 V .. VBy - 3 V

510

600

690

µA

206

Ipu()

Pull-up Current Source (2 mA)

IOx = off, V(IOx) = 0 V ..VBy - 3 V

1.6

2

2.4

mA

207

tp()Ion

Turn-on Time

Current Source aktiv

I(IOx) > 90 % Ipd(IOx) resp.

I(IOx) > 90 %Ipu(IOx)

5

µs

208

tp()Ioff

Turn-off Time

Current Source inaktiv

I(IOx) < 10 % Ipd(IOx) resp.

I(IOx) < 10 % Ipu(IOx)

5

µs

209

Ifu()

Leakage Current

IOx with Input Function or

Output Function with IOx = off; VBy = 30 V

IL2 = IH2 = IL1 = IH1 = IL0 = IH0 = 0,

V(IOx) = 0V .. VBy

-50

70

µA

210

Irb()

Leakage Current

Conditions see Item-No. 209;

V(IOx) = -10 V .. 0 V, VBy = 30 V

-1.5

mA

211

Irb()

Leakage Current

Conditions see Item-No. 209; only Input Func-

tion

V(IOx) = VBy ... VBy + 0.3 V

250

µA

212

Irb()

Leakage Current

Conditions see Item-No. 209; only Input Func-

tion

V(IOx) = VBy + 0.3V ... VBy + 2V

1

mA

213

Irb()

Leakage Current

no supply voltages VBy

5

mA

I/O Stages: Comparator IO 1..16

301

Vt()hi

Threshold voltage hi

IOx with input function

82

%VCC

302

Vt()lo

Threshold voltage lo

IOx with input function

66

%VCC

303

Vt()hys

Hysteresis

IOx with input function, Vt()hys = Vt()hi - Vt()lo

100

mV

304

Vt()hi

Threshold voltage hi referenced

to VBy

IOx with output function, Vt()hi = VBy - V(IOx)

5.0

V

305

Vt()lo

Threshold voltage lo referenced

to VBy

IOx with output function, Vt()lo = VBy - V(IOx)

6.7

V

306

Vt()hys

Hysteresis

IOx with output function, Vt()hys = Vt()lo - Vt()hi

100

mV

307

tp(IOx-Dx) Propagation Delay Input IOx to

Data Output Dx

I/O-Filter inaktive

20

µs

Thermal Shutdown

401

Toff1

Overtemperatur threshold level 1:

warning

120

145

°C

402

Ton1

Level 1 Release

115

140

°C

403

Thys1

Level 1 Hysteresis

Thys1 = Toff1 - Ton1

2

7

°C

404

Toff2

Overtemperatur threshold level 2:

shutdown

140

165

°C

405

Ton2

Level 2 Release

120

145

°C

406

Thys2

Level 2 Hysteresis

Thys2 = Toff2 - Ton2

13

35

°C

407

∆

T

Temperature Difference Level 2

to Level 1

∆

T = Toff2 - Toff1

13

35

°C