Conductors impedance application: post-processing quantities

Solving process: reminder

With the application Conductors impedance, the solving process requires two steps, as presented in the table below.

PEEC computation (independent on the application)
computation of resistances and partial self-inductances (R, L) of each element of the conductor,

computation of partial mutual inductances (M) among all the parallel elements of the conductor

Computation of the impedance
reducing the electric scheme ⇒ values of the equivalent impedances at the level of the impedance probes

Quantities

The quantities issued from computation at the level of the impedance probes are presented in the table below.

Quantity Unit Explanation
Self impedance (Zii) seen from the input of the probe i complex scalar Ω Impedance of the set of conductors seen by the probe i when all other probes are replaced by an open circuit
Transfer impedance (Zij) between the probe j and the probe i complex scalar Ω Transfer impedance of the probe i to the probe j when all the probes, except the jth one, are replaced by open circuits

These quantities can be exported in form of equivalent circuit towards SPICE, SABER, MODELICA, PORTUNUS or in form of table through a text file.