Functions needed for the determination of coefficient-matrices from a set of phenomenological input parameters.
The second part of this package has been written in honour of I. M. Canay, one of the important electrical engeneers of the 20th century. He understood, what he wrote, and his results were exact. The package is based on his ideas and formulated in full mathematical generality.
Literature:
| Name | Description |
|---|---|
| baseV | Base voltage |
| baseI | Base current |
| baseS | Base power |
| baseR | Base resistance |
| baseL | Base inductance |
| baseRL | Base resistance and inductance |
| baseGC | Base conductance and capacitance |
| baseTrafoV | Base voltage transformers |
| baseTrafoRL | Base resistance and inductance transformers |
| machineDCser | Calculates coefficients of DC-machine series excited |
| machineDCpar | Calculates coefficients of DC-machine parallel excited |
| machineDCpm | Calculates coefficients of DC-machine permanent magnet |
| machineAsyn | Calculates coefficient matrices of asynchronous machine |
| machineSyn3rd | Calculates coefficient matrices of synchronous machine, 3rd order |
| machineSyn | Calculates coefficient matrices of synchronous machine |
| polyCoef | Calculates polynome coefficients from time constants |
| polyTime | Calculates time constants from polynome coefficients |
| x_transient | Calculates x_transient from x, T_closed, and T_open, forward transform |
| T_closed | Calculates T_closed from x, x_transient, and T_open, backward transform |
| T_open | Calculates T_open from x, x_transient, and T_closed, backward transform |
| i_field | Calculates complex field current |
| Tsig_xsig | Calculates Tsig and xsig |
| z_fromTransDat | Calculates impedance matrix z from transient data |
| z_fromEqCirc | Calculates impedance matrix z from equivalent circuit |
| equiCircuit | Calculates equivalent circuit from transient data |
| transientData | Calculates transient data from equivalent circuit |