How to generate voltage, current and frequency signals in sequence of ramps (pulsed and direct) with software resources that facilitate and automate the procedure?
The purpose of this software is to reproduce signals exclusively on a ramp in a sequential manner (undetermined number of ramp sequences), with a format (Direct or Pulsed) and time defined by the user. It is not stop software, so any and all actions on its binary inputs will be oscillographed by the software. The progression from one sequence to the other takes place by time or by binary logic and the start can be made by GPS or IRIG-b.
The most important in this software, is the data entry format that the user can choose to parameterize each ramp, including ramps of: Module, Angle, Frequency, Module (voltage or current) and Angle, Module (voltage or current) and Frequency, dF / dt, Symmetric Components, Phase-Phase, Power, Fault, Constant ZV, Constant ZI, Constant Z-SIR.
In the pulsed ramp, the user will be able to evaluate pickup and performance time in a single ramp. With these features, the user has the ability to shape a sequence of events for testing protective functions such as underfrequency, overfrequency, undervoltage, overvoltage, among others.
To facilitate analysis, the user has the ability to insert distance protection zones (with the same features as the DISTANC software) and synchronism zones (with the same features as the SYNCHRONISM software).
Another interesting tool, besides the visualization of waveforms, is the visualization of phasors, trajectories, harmonics, Synchronoscope (analysis of synchronism).
For validation of pick-up and time, the user has the possibility to insert evaluations with resources of time, level, ramp and calculation, where based on the generated waveforms and the oscillographed binary signals, there is the “Approved” or “ Disapproved”.