Filter
Top Products
Appendix C: Algorithms
TVS600 & TVS600A Command Reference
C–7
If StartCycle = EndCycle then return the (interpolated) value at StartCycle.
CycleArea=
ŕ
EndCycle
StartCycle
Waveform(t)dt
For details of the integration algorithm, see page C–17.
Amplitude (voltage) measurement. The mean over one waveform cycle. For
non-cyclical data, you might prefer to use the Mean measurement.
If StartCycle = EndCycle then return the (interpolated) value at StartCycle.
CycleMean=
ŕ
EndCycle
StartCycle
Waveform(t)dt
(EndCycle * StartCycle) SampleInte rval
For details of the integration algorithm, see page C–17.
The true Root Mean Square voltage over one cycle.
If StartCycle = EndCycle then CycleRMS = Waveform[Start].
Otherwise,
CycleRMS =
ŕ
EndCycle
StartCycle
(Waveform(t))
2
dt
(EndCycle * St artCycle) SampleInterval
Ǹ
For details of the integration algorithm, see page C–17.
Timing measurement. The amount of time between the MidRef crossings of two
different traces or two different places on the same trace.
Delay measurements are actually a group of measurements. To get a specific
delay measurement, you must specify the target and reference crossing polarities
and edges.
Cycle Mean
Cycle RMS
Delay