This package contains a set of functions used to calculate hybrid positive-sequence/three-phase impedance matrices depending on the transformer connection, and if positive, negative and zero Norton equivalent impedances are considered to have finite values.
Name | Description |
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Calculation of impedance matrices for a grounded-wye-grounded-wye-connected hybrid transformer. | |
Calculation of impedance matrices for a delta-delta-connected hybrid transformer. | |
Calculation of impedance matrices for a wye-wye-connected hybrid transformer. | |
Calculation of hybrid impedance matrices for a delta-grounded-wye-connected three-phase transformer. | |
Calculation of hybrid impedance matrices for a grounded-wye-delta-connected three-phase transformer. | |
Calculation of hybrid impedance matrices for a wye-delta-connected three-phase transformer. | |
Calculation of hybrid impedance matrices for a delta-wye-connected three-phase transformer. | |
Calculation of impedance matrices for a grounded-wye-wye-connected hybrid transformer. | |
Calculation of impedance matrices for a wye-grounded-wye-connected hybrid transformer. | |
Calculation of impedance matrices for a grounded-wye-grounded-wye-connected hybrid transformer. Finite values of Norton equivalent impedances are taken into account. | |
Calculation of impedance matrices for a delta-delta-connected hybrid transformer. Finite values of Norton equivalent impedances are taken into account. | |
Calculation of impedance matrices for a wye-wye-connected hybrid transformer. Finite values of Norton equivalent impedances are taken into account. | |
Calculation of impedance matrices for a grounded-wye-wye-connected hybrid transformer. Finite values of Norton equivalent impedances are taken into account. | |
Calculation of impedance matrices for a wye-grounded-wye-connected hybrid transformer. Finite values of Norton equivalent impedances are taken into account. |