.Spot.Base.Precalculation.z_fromEqCirc

Information

See also analog circuit on 'Diagram layer' of 'CoefSynchron' and 'CoefAsynchron'!

Interface

function z_fromEqCirc
  extends Icons.Function;
  input Integer n "transient order";
  input SIpu.Reactance x(unit = "pu") "total or syn reactance";
  input SIpu.Reactance xsig_s(unit = "pu") "leakage reactance stator";
  input SIpu.Resistance r_s(unit = "pu") "resistance stator";
  input SIpu.Reactance[n - 1] xm2_n(unit = "pu") "coupling reactance";
  input SIpu.Reactance[n] xsig_r(unit = "pu") "leakage reactance rotor";
  input SIpu.Resistance[n] r_r(unit = "pu") "resistance rotor";
  output SIpu.Resistance[n + 1] zr(unit = "pu") "impedance matrix resistive";
  output SIpu.Reactance[n + 1, n + 1] zx(unit = "pu") "impedance matrix reactive";
end z_fromEqCirc;