This component will determine which of three ranges the input signal is within, and then output a value corresponding to that region. The regions are defined by a lower input limit and an upper input limit.
The first region is composed of values below the lower limit; the second region is composed of values between the two limits (inclusive); and the third region is composed of values above the upper limit.
If the first and third regions are set to produce the same value, then this component functions as a band detector, outputting one value if the input is between the two limits, and a different value it the input is outside the limits.
Name for Identification |
Text |
Optional text parameter for identification of the component. |
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Lower Input Limit |
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REAL |
Variable |
Sets the lower limit of the range (XL) |
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Upper Input Limit |
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REAL |
Variable |
Sets the upper limit of the range (XU) |
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Output when input is less than the lower limit |
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REAL |
Variable |
Output when input is less than the lower input limit |
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Output when input is between upper and lower limits |
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REAL |
Variable |
Output when input is between upper and lower limits |
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Output when input is greater than the upper limit |
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REAL |
Variable |
Output when input is greater than the upper input limit |
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Dimension |
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INTEGER |
Literal |
Enter the dimension of the input/output signals. |
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Convert output to nearest integer |
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Choice |
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Select Yes or No.
If Yes is selected, the output will be cast using the intrinsic NINT function (nearest integer). |
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Fortran Comment |
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An optional Fortran comment. The text entered here is included in the project Fortran file |