TheTransmission Line (Three-Phase)block models a three-phase transmission line using the lumped-parameter pi-line model. This model takes into account phase resistance, phase self-inductance, line-line mutual inductance and resistance, line-line capacitance, and line-ground capacitance. ...
The Three-Phase PI Section Line block implements a balanced three-phase transmission line model with parameters lumped in a PI section. Contrary to the Distributed Parameters Line model where the resistance, inductance, and capacitance are uniformly distributed along the line, the Three-Phase PI Se...
Parameter— Parameterization type to model segments in transmission line 'Impedance' (default) | 'Inductance' R— Resistance per unit length 0.300 (default) | positive scalar L— Inductance per unit length 2.35e-7 (default) | positive scalar C— Capacitance per unit length 9.4e-11 (default) ...
The lumped-parameter models (L-section or pi-section) are the most challenging to simulate, typically needing many more segments (greater N) than for the delay-based and lossy model [1]. Cable manufacturers do not typically quote an inductance value per unit length, but instead give the char...
The lumped-parameter models (L-section or pi-section) are the most challenging to simulate, typically needing many more segments (greater N) than for the delay-based and lossy model [1]. Cable manufacturers do not typically quote an inductance value per unit length, but instead give the char...