IC-MFP Datasheet, PDF (5/13 Pages) IC-Haus GmbH – 8-FOLD FAIL-SAFE P-FET DRIVER

iC-MFP
8-FOLD FAIL-SAFE P-FET DRIVER
Rev A2, Page 5/13
ELECTRICAL CHARACTERISTICS
Operating Conditions: VB = VBR = 4.5. . . 40 V, GND = GNDR = 0 V, Tj = -40...125 °C unless otherwise stated
Item Symbol Parameter
No.
Conditions
Tj Fig.
Unit
°C
Min. Typ. Max.
Total Device
001 VB
Permissible Supply Voltage
4.5
40
V
002 I(VB)
Supply Current in VB
No load, EN5 = lo, EN10 = lo,
ENFS = lo
1.2
3.6 mA
003 I(VB)
Supply Current in VB
No load, EN5 = hi, EN10 = lo,
ENFS = lo, IN1. . . 8 = hi,
VB = 8. . . 40 V
3.2
6.6 mA
004 I(VB)
Supply Current in VB
No load, EN5 = lo, EN10 = hi,
ENFS = lo, IN1. . . 8 = hi,
VB = 13. . . 40 V
3.2
6.8 mA
005 I(VB)
Supply Current in VB
No load, EN5 = lo, EN10 = lo,
ENFS = hi, IN1. . . 8 = hi,
VB = 4.5. . . 40 V
1.3
6.6 mA
006 I(VBR) Supply Current in VBR
No load, all NOUTx = lo
tbd
mA
007 I(GND) Current in GND
No load
-7
mA
008 I(GNDR) Current in GNDR
No load
tbd
mA
Current Driver NOUT1...8
101 Vc()hi
Clamp Voltage hi
I() = 10 mA
42
60
V
102 Vc()lo
Clamp Voltage lo referenced to I() = -10 mA
the lower voltage of GND, GNDR
-2
-0.4
V
103 Vs()hi
Saturation Voltage hi referenced Vs()hi = VB – V();
to VB
I() = -0.5 mA
I() = -2 mA
0.2
V
0.8
V
104 Vs()lo
Saturation Voltage lo referenced ENFS = hi, INx = hi;
to GND
I() = 0.5 mA
I() = 2 mA
0.2
V
0.8
V
105 Vr()
Output Voltage regulated, no load Vr() = V() – VB, EN5 = hi,
INx = hi, I() = 0 mA
-5.3 -5 -4.7
V
106 Vr()
Output Voltage regulated, no load Vr() = V() – VB, EN10 = hi,
INx = hi, I() = 0 mA
-10.6 -10 -9.4
V
107 Ri()
Output Resistance
EN10 = hi or EN5 = hi, INx = hi,
I() = ± 2 mA
80
300
Ω
108 Vl(NOUTx) Output Voltage
I(NOUTX)= -2 µA,
Vl() = VBR – V(), VB open
600 mV
109 Ipu()
Pull-Up Current
VBR-V(NOUTx) = 1 V, VB open
-10
-3
µA
110 Rpu()
Pull-Up Resistor at NOUTx
referenced to VBR
VBR-V(NOUTX) = 10 V, VB open
140 200 300 kΩ
111 Rpu()
Pull-Up Resistor at NOUTx
referenced to VBR
VBR-V(NOUTX) = 40 V, VB open
200 400 600 kΩ
112 Isc()lo
Short circuit current lo
V() = 0.8 V...VB
2
3
10
mA
113 Isc()hi
Short circuit current hi
V() = 0...VB – 0.8 V
-10 -3.6 -2
mA
114 Vsh()
Output Voltage at short circuit of Vsh() = V() – VB; EN5 = hi
-1
V
two outputs
At two different input signals hi
and lo
115 Vsh()
Output Voltage at short circuit of Vsh() = V() – VB; EN10 = hi or
-1.3
V
two outputs
ENFS = hi
At two different input signals hi
and lo
116 Vt()hi
Threshold Voltage hi monitoring Vt() = Vr() + VB – V() or
comparator
Vt() = V()
2.2
V
117 Vt()lo
Threshold Voltage lo monitoring Vt() = Vr() + VB – V() or
comparator
Vt() = V()
0.8
V
118 Vt()hys Hysteresis
Vt()hys = Vt()hi – Vt()lo
50
300 mV