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IC-GD bảng dữ liệu(PDF) 13 Page - IC-Haus GmbH

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Giải thích chi tiết về linh kiện  UNIVERSAL I/O INTERFACE
PDF  55 Pages
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nhà sản xuất  ICHAUS [IC-Haus GmbH]
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IC-GD bảng dữ liệu(HTML) 13 Page - IC-Haus GmbH

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iC-GD
UNIVERSAL I/O INTERFACE
Rev A1, Page 13/55
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
Conditions
Unit
No.
Min.
Typ.
Max.
M10 Ri()
Input Resistance between UPx
and UIx
Current input configuration
200
250
300
Ω
M11 Rm()I
Input Resistance between UP1
and UI1 or UP2 and UI2
Current input configuration, measurement
range 1
115
144
175
Ω
M12 Rm()I
Input Resistance between UP1
and UI1 or UP2 and UI2
Current input configuration, measurement
range 2
140
178
215
Ω
M13 Imax()
Input Current limitation
Current input configuration;
positive, in UPx
25
35
50
mA
negative, from UPx
-80
-55
-30
mA
M14 Ipu(UPx)
Pull-Up Current from UPx
V() = VNB...VNB + 3 V
-200
-0.33
µA
V() = VNB + 3 V...VB − 1.5 V
-1
-0.7
-0.33
µA
V() = VB − 1.5 V...VB
-1
0
µA
M15 Ipd(UIx)
Pull-Down Current in UIx
ENVIF_x = lo, voltage measurement,
V() = -4...4 V, V() = -4 V...VB − 3 V
0.15
0.3
0.5
µA
M16 dI()
Difference Pull-up/Pull-down
current
ENVIF_x = lo, current measurement,
I() = |Ipu(UPx)| − Ipd(UIx),
V(UPx) = V(UIx) = VNB + 3 V...VB − 3 V
0.1
0.4
0.8
µA
M17 Irev(UPx),n Current from UPx
V() = VB − 46 V...VNB, V(UIx) = 0 V
-10
0
mA
M18 Irev(UPx),p Current in UPx
V() = VB...VNB + 46 V
0
2
mA
M19 Irev(UIx),p Current in UIx
ENVIF_x = lo;
V() = VB − 3 V...VB, V(UPx) = 0 V
0.15
100
µA
V() = VB...VNB + 46 V, V(UPx) = 0 V
1
2000
µA
M20 Irev(UIx),n Current from UIx
ENVIF_x = lo, V() = VB − 46 V... 4 V
-10000
+0.5
µA
M21 Vto(UPx)
Upper Threshold at UPx
Voltage/current measurement configuration,
Vto(UPx) = VB − V(UPx)
0.8
1.3
1.8
V
M22 Vtu(UPx)
Lower Threshold at UPx
Voltage/current measurement configuration,
Vtu(UPx) = VB − V(UPx)
0.9
1.4
1.9
V
M23 Vhys(UPx) Hysteresis Threshold at UPx
Vhys(UPx) = Vto(UPx) − Vtu(UPx)
40
150
400
mV
M24 Vto(UIx)
Upper Threshold at UIx
Voltage measurement configuration
-5
-4.3
-3.6
V
M25 Vtu(UIx)
Lower Threshold at UIx
Voltage measurement configuration
-5.1
-4.4
-3.7
V
M26 Vhys(UIx) Hysteresis Threshold at UIx
Voltage measurement configuration
40
150
400
mV
M27 Vto(UIx)
Upper Threshold at UIx
Current measurement configuration,
Vto(UIx) = V(UIx) − VNB
0.8
1.3
1.8
V
M28 Vtu(UIx)
Lower Threshold at UIx
Current measurement configuration,
Vtu(UIx) = V(UIx) − VNB
0.9
1.4
1.9
V
M29 Vhys(UIx) Hysteresis Threshold at UIx
Current measurement configuration,
Vhys(UIx) = Vto(UIx) − Vtu(UIx)
40
150
400
mV
M30 Vgl()U
Common-Mode Range
Voltage measurement (range 1, 2)
-1
1
V
M31 Vgl()
Common-Mode Range
Voltage measurement (range 3)
-1
4
V
M32 Vgl()
Common-Mode Range
Voltage measurement (range 4...6)
-3
3
V
M33 Vgl()I
Common-Mode Range
Current measurement
-6
6
V
M34 R(UIx)
Input Resistance at UIx
ENVIF_x = hi;
V(UIx) = VNB...0 V
20k
50k
kΩ
V(UIx) = 0...1 V
20k
100k
kΩ
M35 Ipd(UIx)
Pull-Down Current at UIx
ENVIF_x = hi, V(UIx) = 1 V... VB
15
200
µA
SAR A/D-Converter
N01 R()
Resolution SAR-Converter
14
Bit
N02 Offerr()
Offset-Error Voltage Measure-
ment
Measurement referenced to pin RN
-0.5
0.5
%FS
N03 Offerr()
Offset-Error
Current-Measurement Digital
Output Hi-Side or Lo-Side driver
Tj = 25 °C
-1
0.2
1
%FS
Tj = -20...100 °C
-2
2
%FS
Tj = -20...120 °C
-3
3
%FS
N04 Verr()
Gain-Error Voltage Measurement Measurement Range 0...2.625 V,
referenced to pin RN
-4
4
%FS



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