Counters Input view parameters

The parameters displayed in the
Input
view depend on the counter mode selected in
Device definition
. Use the table that matches your counter mode to determine the values to use in Input parameters.
X1, X2, and X4 Quadrature mode
Parameter
Description
Member Name
Value
Input A, B
Invert Input
Determines whether the A and B inputs invert.
C.Counter0x.InvertInputAB
0 = Do not invert AB input.
1 = Invert AB input.
Input A, B
Off -> On filter time
Determines the amount of time that the signal must be in the On state before the A and B input data indicates the On state.
C.Counter0x.InputOffOnFilterAB
0 = 0 (20 ns)
1 = 100 ns
2 = 200 ns
3 = 500 ns
4= 1 μs
5 = 2 μs
6 = 5 μs
7 = 10 μs
8 = 20 μs
9 = 50 μs
10 = 100 μs
11 = 200 μs
12 = 500 μs
13 = 1 ms
14 = 2 ms
15 = 5 ms
16 = 10 ms
17 = 20 ms
18 = 50ms
Input A, B
On -> Off filter time
Determines the amount of time that the signal must be in the Off state before the A and B input data indicates the Off state.
C.Counter0x.InputOnOffFilterAB
0 = 0 (20 ns)
1 = 100 ns
2 = 200 ns
3 = 500 ns
4= 1 μs
5 = 2 μs
6 = 5 μs
7 = 10 μs
8 = 20 μs
9 = 50 μs
10 = 100 μs
11 = 200 μs
12 = 500 μs
13 = 1 ms
14 = 2 ms
15 = 5 ms
16 = 10 ms
17 = 20 ms
18 = 50ms
Input Z
Invert Input
Determines whether the Z input inverts.
C.Counter0x.InvertInputZ
0 = Do not invert Z input.
1 = Invert Z input.
Input Z
Off -> On filter time
Determines the amount of time that the signal must be in the On state before the Z input data indicates the On state.
C.Counter0x.InputOffOnFilterZ
0 = 0 (20 ns)
1 = 100 ns
2 = 200 ns
3 = 500 ns
4= 1 μs
5 = 2 μs
6 = 5 μs
7 = 10 μs
8 = 20 μs
9 = 50 μs
10 = 100 μs
11 = 200 μs
12 = 500 μs
13 = 1 ms
14 = 2 ms
15 = 5 ms
16 = 10 ms
17 = 20 ms
18 = 50ms
Input Z
On -> Off filter time
Determines the amount of time that the signal must be in the Off state before the Z input data indicates the Off state.
C.Counter0x.InputOnOffFilterZ
0 = 0 (20 ns)
1 = 100 ns
2 = 200 ns
3 = 500 ns
4= 1 μs
5 = 2 μs
6 = 5 μs
7 = 10 μs
8 = 20 μs
9 = 50 μs
10 = 100 μs
11 = 200 μs
12 = 500 μs
13 = 1 ms
14 = 2 ms
15 = 5 ms
16 = 10 ms
17 = 20 ms
18 = 50ms
Count/Direction (Internal and External) modes and Up/Down Pulses mode
Parameter
Description
Member Name
Value
Input A/Input AB
Invert Input
Determines whether the A input inverts.
C.Counter0x.InvertInputA
0 = Do not invert A input.
1 = Invert A input.
Input A/Input AB
Off -> On filter time
Determines the amount of time that the signal must be in the On state before the A input data indicates the On state.
C.Counter0x.InputOffOnFilterA
0 = 0 (20 ns)
1 = 100 ns
2 = 200 ns
3 = 500 ns
4= 1 μs
5 = 2 μs
6 = 5 μs
7 = 10 μs
8 = 20 μs
9 = 50 μs
10 = 100 μs
11 = 200 μs
12 = 500 μs
13 = 1 ms
14 = 2 ms
15 = 5 ms
16 = 10 ms
17 = 20 ms
18 = 50ms
Input A/Input AB
On -> Off filter time
Determines the amount of time that the signal must be in the Off state before the A input data indicates the Off state.
C.Counter0x.InputOnOffFilterA
0 = 0 (20 ns)
1 = 100 ns
2 = 200 ns
3 = 500 ns
4= 1 μs
5 = 2 μs
6 = 5 μs
7 = 10 μs
8 = 20 μs
9 = 50 μs
10 = 100 μs
11 = 200 μs
12 = 500 μs
13 = 1 ms
14 = 2 ms
15 = 5 ms
16 = 10 ms
17 = 20 ms
18 = 50ms
Input B
Invert Input
Determines whether the B input inverts.
C.Counter0x.InvertInputB
0 = Do not invert B input.
1 = Invert B input.
Input B
Off -> On filter time
Determines the amount of time that the signal must be in the On state before the B input data indicates the On state.
C.Counter0x.InputOffOnFilterB
0 = 0 (20 ns)
1 = 100 ns
2 = 200 ns
3 = 500 ns
4= 1 μs
5 = 2 μs
6 = 5 μs
7 = 10 μs
8 = 20 μs
9 = 50 μs
10 = 100 μs
11 = 200 μs
12 = 500 μs
13 = 1 ms
14 = 2 ms
15 = 5 ms
16 = 10 ms
17 = 20 ms
18 = 50ms
Input B
On -> Off filter time
Determines the amount of time that the signal must be in the Off state before the B input data indicates the Off state.
C.Counter0x.InputOnOffFilterB
0 = 0 (20 ns)
1 = 100 ns
2 = 200 ns
3 = 500 ns
4= 1 μs
5 = 2 μs
6 = 5 μs
7 = 10 μs
8 = 20 μs
9 = 50 μs
10 = 100 μs
11 = 200 μs
12 = 500 μs
13 = 1 ms
14 = 2 ms
15 = 5 ms
16 = 10 ms
17 = 20 ms
18 = 50ms
Input Z
Invert Input
Determines whether the Z input inverts.
C:Counter0x.InvertInputZ
0 = Input is active when on.
1 = Input is active when Off.
Input Z
Off -> On filter time
Determines the amount of time that the signal must be in the On state before the Z input data indicates the On state.
C.Counter0x.InputOffOnFilterZ
0 = 0 (20 ns)
1 = 100 ns
2 = 200 ns
3 = 500 ns
4= 1 μs
5 = 2 μs
6 = 5 μs
7 = 10 μs
8 = 20 μs
9 = 50 μs
10 = 100 μs
11 = 200 μs
12 = 500 μs
13 = 1 ms
14 = 2 ms
15 = 5 ms
16 = 10 ms
17 = 20 ms
18 = 50ms
Input Z
On -> Off filter time
Determines the amount of time that the signal must be in the Off state before the Z input data indicates the Off state.
C.Counter0x.InputOnOffFilterZ
0 = 0 (20 ns)
1 = 100 ns
2 = 200 ns
3 = 500 ns
4= 1 μs
5 = 2 μs
6 = 5 μs
7 = 10 μs
8 = 20 μs
9 = 50 μs
10 = 100 μs
11 = 200 μs
12 = 500 μs
13 = 1 ms
14 = 2 ms
15 = 5 ms
16 = 10 ms
17 = 20 ms
18 = 50ms
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