IC-JX Datasheet, PDF (6/36 Pages) IC-Haus GmbH – 16-FOLD 24 V HIGH-SIDE DRIVER WITH μC INTERFACE

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
No.
Conditions
Unit
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 → V(IOx) > V0(IOx) + 1 V
hi
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
-50
Output Function with IOx = off; VBy = 30 V
IL2 = IH2 = IL1 = IH1 = IL0 = IH0 = 0,
V(IOx) = 0V .. VBy
70
µA
210 Irb()
Leakage Current
Conditions see Item-No. 209;
-1.5
mA
V(IOx) = -10 V .. 0 V, VBy = 30 V
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
I/O Stages: Comparator IO 1..16
no supply voltages VBy
V(IO)max = 36V
5
mA
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 IOx with output function, Vt()hi = VBy - V(IOx) 5.0
V
to VBy
305 Vt()lo
Threshold voltage lo referenced IOx with output function, Vt()lo = VBy - V(IOx)
to VBy
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 I/O-Filter inaktive
Data Output Dx
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 ∆T = Toff2 - Toff1
to Level 1
13
35
°C