IC-GD Datasheet, PDF (11/55 Pages) IC-Haus GmbH – UNIVERSAL I/O INTERFACE

iC-GD
UNIVERSAL I/O INTERFACE
preliminary
Rev A1, Page 11/55
ELECTRICAL CHARACTERISTICS
Operating conditions: VB = 14.5...16 V, VNB = -15 V ±1 V, VDA = 18...36 V or VDA = VB, VCC = 3.3...5 V ±5%, RREF = 20 kΩ ±0.1% TK5,
Tj = -20...105 °C, if not otherwise stated
Item Symbol Parameter
No.
Conditions
Unit
Min. Typ. Max.
C06 Ipd()
Pull-down Current
C07 Ipd()
Pull-down Current
Type 1, V() > 15...30 V, DI_SEL_x = 01
0.2
Type 1, V() > 30...36 V, DI_SEL_x = 01
0.4
Type 2, V() > 11...30 V, DI_SEL_x = 10
4
Type 2, V() > 30...36 V, DI_SEL_x = 10
4
Type 3, V() > 11...30 V, DI_SEL_x = 11, default 0.2
(after startup)
Type 3, V() > 30...36 V, DI_SEL_x = 11, default 0.4
(after startup)
1
mA
6
mA
6
mA
8
mA
1
mA
6
mA
Type 1, V() > 15..30 V, DI_SEL_x = 01
2
2.8
6
mA
Type 1, V() > 30...36 V, DI_SEL_x = 01
2
8
mA
Type 2, V() > 11...30 V, DI_SEL_x = 10
6
7
10
mA
Type 2, V() > 30...36 V, DI_SEL_x = 10
6
12
mA
Type 3, V() > 11...30 V, DI_SEL_x = 11, default 2
2.8
6
mA
(after startup)
Type 3, V() > 30...36 V, DI_SEL_x = 11, default 2
8
mA
(after startup), external LED connected at Pin
LED to GND or Pin LED connected to GND
C08 Ipd()
Pull-down Current
Type 1, V() = 5..15 V, DI_SEL_x = 01
1.5
Type 2, V() = 5..11 V, DI_SEL_x = 10
5
Type 3, V() = 5..11 V, DI_SEL_x = 11, default
1.5
(after startup)
6
mA
10
mA
6
mA
C09 Vpd()
Pull-down Voltage
Type 1..3, I() = 100 µA, DI_SEL_x = 01, 10, 11
3
V
C10 Ipd()
Pull-down Current
V() = 5...11 V, no supply voltage VDA
2
V() > 11...30 V, no supply voltage VDA
2
V() > 30..36 V, no supply voltage VDA
2
additionally Item No. E05 applies, if an LED at
pin LED vs. GNDP is connected or pin LED is
connected to GNDP
15
mA
8
mA
10
mA
C11 f()max
Maximum Input Frequency
150
kHz
LED Output LEDx x = 1, 2
E01 Vo()lo
Open-loop Voltage lo at LEDx
Digital input: V(IAx) < 5 V,
digital output: V(IAx) < 2.2 V
0
0.2
V
E02 Vo()hi
Open-loop Voltage hi at LEDx
Digital input: V(IAx) < 11 V,
digital output: V(IAx) > VDA − 2.2 V
3.5
8.5
V
E03 Vs()lo
Saturation Voltage lo at LEDx
I(LEDx) = 5 mA,
digital input: V(IAx) = 0...5 V,
digital output: V(IAx) = 0...2.2 V
0
0.2 0.4
V
E04 Isc()hi
Short-Circuit Current hi from 0 V < V(LEDx) < 3 V, type 1..3 or pull-up current -4 -2.5 -2
mA
LEDx
selected by DI_SEL_x,
digital input: V(IAx) > 11 V,
digital output: V(IAx) > VDA − 2.2 V
E05 Isc()hi
Short-Circuit Current hi from
LEDx
No supply voltage,
-7
digital input: 0 V < V(LEDx) < 3 V, V(IAx) > 11 V
-3.5 -1.8 mA
E06 Isc()lo
Short-Circuit Current lo in LEDx V(LEDx) = 0.5...4 V,
digital input: V(IAx) = 0...5 V,
digital output: V(IAx) = 0...2.2 V
10
100 mA
Analog Outputs IAx, UPx, UNx, UIx, x = 1, 2
I01 Vo()
Voltage-Output Range at UPx,
UNx
Voltage output configuration, I(UPx) = ±10 mA
or -20...10 mA in extended current mode
(VO_EC_x = 1), after calibration
-10.5
10.499 V
I02 Io(UPx)hi Short-Circuit Current hi
Voltage output configuration, UPx = VNB
-16 -13 -10.5 mA
I03 Io(UPx)hi Short-Circuit Current hi
Voltage output configuration, UPx = VNB,
extended current range (VO_EC_x = 1)
-30 -25 -21 mA
I04 Io(UPx)lo Short-Circuit Current lo
Voltage output configuration, UPx = VB
10.5 13
16
mA
I05 Vs(UNx)lo Saturation Voltage lo at UNx
I(UNx) = 21.5 mA
0
0.9 1.5
V
I06 Vs(UNx)lo Saturation Voltage lo at UNx
I(UNx) = -21.5 mA
-1.5 -0.8
0
V
I07 Isc(UNx)lo Short-Circuit Current in UNx
vs. GNDP, V(UNx) = 2...40 V, T < Toff2
22
28
35
mA
I08 Isc(UNx)lo Short-Circuit Current in UNx
vs. GNDP, V(UNx) = -40...-2 V, T < Toff2
-100 -40 -22 mA