Revision history [back]
 | 1 | initial version |
In PSSPLT, use FUNC to apply an scaling function to the raw frequency signal berfore plottng {example for 60 Hz}:
FUNC
2
60*(1+A)
SLCT
8
59.5 60.5
In the GUI, the direct plotting implementation has a FUNC feature under Edit\Plot Attibutes but I have not used it. Outside the GUI and PSSPLT, you can export the f-channels to excel, execute a similar scaling function and then plot.
| | 2 | No.2 Revision |
In PSSPLT, use FUNC to apply an scaling function to the raw frequency signal berfore before plottng {example [example for 60 Hz}:Hz]:
FUNC
2
60*(1+A)
SLCT
8
59.5 60.5
In the GUI, the direct plotting implementation has a FUNC feature under Edit\Plot Attibutes but I have not used it. Outside the GUI and PSSPLT, you can export the f-channels to excel, execute a similar scaling function and then plot.
| | 3 | No.3 Revision |
In PSSPLT, use FUNC to apply an scaling function to the raw frequency signal before plottng plotting [example for 60 Hz]:
FUNC
2
60*(1+A)
SLCT
8
59.5 60.5
In the GUI, the direct plotting implementation has a FUNC feature under Edit\Plot Attibutes but I have not used it. Outside the GUI and PSSPLT, you can export the f-channels to excel, execute a similar scaling function and then plot.
