Dead Zone (FPGA Module)
Provides a region of zero output, or a dead zone. output is zero if start of dead zone <= input <= end of dead zone. The largest data type you wire to any input determines the polymorphic instance LabVIEW uses. Details
Use the pull-down menu to select an instance of this VI.
Dead Zone (I16)
 |
start of dead zone specifies the low end of the dead zone. |
|
input is the data point the VI processes. |
|
end of dead zone specifies the high end of the dead zone. |
 |
output is the processed data. output = input – start of dead zone for input < start of dead zone
output = input – end of dead zone for input > end of dead zone
output = 0 for start of dead zone <= input <= end of dead zone |
Dead Zone (I8)
 |
start of dead zone specifies the low end of the dead zone. |
|
input is the data point the VI processes. |
|
end of dead zone specifies the high end of the dead zone. |
 |
output is the processed data. output = input – start of dead zone for input < start of dead zone
output = input – end of dead zone for input > end of dead zone
output = 0 for start of dead zone <= input <= end of dead zone |
Dead Zone (I32)
 |
start of dead zone specifies the low end of the dead zone. |
|
input is the data point the VI processes. |
|
end of dead zone specifies the high end of the dead zone. |
 |
output is the processed data. output = input – start of dead zone for input < start of dead zone
output = input – end of dead zone for input > end of dead zone
output = 0 for start of dead zone <= input <= end of dead zone |
Dead Zone Details
If the result exceeds the range of the output data type, the result saturates, returning the maximum value representable by the data type with the same sign as the actual result.
Resources
E-Mail this Page