Counter0x - Input view parameters

The
Input
 view includes these parameters depending on the counter mode selected in
Device definition
. Use the table that matches your counter mode to determine the values to use in the
Input
 view.
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 μs (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 = 50 ms
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 μs (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 = 50 ms
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 μs (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 = 50 ms
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 μs (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 = 50 ms
Count/Direction (Internal and External) modes and Up/Down Pulses mode
Parameter
Description
Member Name
Value
Input A
Invert Input
Determines whether the A input inverts.
C.Counter0x.InvertInputA
0 = Do not invert A input.
1 = Invert A input.
Input A
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 μs (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 = 50 ms
Input A
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 μs (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 = 50 ms
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 μs (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 = 50 ms
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 μs (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 = 50 ms
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 μs (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 = 50 ms
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 μs (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 = 50 ms
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