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ScopeView Functions | Advanced
- Sylvain Ménard
Owned by Sylvain Ménard
| Function | Description |
|---|---|
Advanced | SIFREQ | Computes the exact fundamental frequency of a signal. |
Advanced | SIMAX1 | Computes the absolute or algebraic maximum on a specific part of a signal. |
Advanced | SIMAX2 | Computes the absolute or algebraic maximum of a signal resulting from a mathematical operation between two signals. |
Advanced | SIMAX3 | Computes the absolute and algebraic maximum on a specific part of a signal of a phase to phase or a phase to neutral voltage or a current. |
Advanced | SIHARMO | Computes the harmonics of a signal. |
Advanced | SIMXHART | Computes the maximum of the amplitudes of a given harmonic. |
Advanced | SIMXSOM1 | Computes the absolute maximum of an integral, a mean or a RMS value on a specific part of a signal and in a window moving. |
Advanced | SIMXSOM2 | Computes the absolute maximum of an integral, a mean or a RMS value in a window moving over a signal resulting from a mathematical operation. |
Advanced | SIDYN2 | Computes the dynamic response of a control signal following a disturbance. |
Advanced | SIMXSYMT | Compute the absolute maximum amplitudes of the harmonic components in a window moving over time. |
Advanced | SIPZ | Compute the power, impedance, addition or subtraction of two signals for a given harmonic. |
Advanced | SISEUIL | Compute overshoot statistics of a signal using a threshold condition. |
Advanced | SISYM3 | Compute the symmetric components of three signals for a given harmonic. |
Advanced | SITENV | Compute the time in milliseconds during which the envelope of a signal overshoots a specific threshold value. |
Advanced | SITOP | Compute the operating time of a relay. |
Advanced | SITOPREF | Compute the operating time of a relay relative to the rise or fall of a reference signal. |
Advanced | SITSEUIL | Compute the time at which a threshold value is reached. |
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