Current Source (Three-Phase)

An ideal three-phase current source.

blockType: AcausalElectricPowerSystems.Sources.ThreePhaseCurrent

Path in the library:

/Physical Modeling/Electrical/Sources/Current Source (Three-Phase)

Description

Block Current Source (Three-Phase) simulates an ideal three-phase current source that supports sinusoidal currents of a given magnitude regardless of the voltage on it.

The output current is determined by the following equations:

where

— the amplitude of the phase current;
— RMS value of the phase current;
— corresponding phase currents;
— frequency;
— phase shift;
— the time.

The arrow indicates the positive direction of the current. The source is connected by a star, and port n corresponds to the neutral point.

Ports

Conserving

# n — neutral
electricity

Details

The electrical port corresponds to the neutral point.

Program usage name

n

# ~ — three-phase port
electricity

Details

Three-phase port, corresponds to the phases , and the source.

Program usage name

port

Parameters

Main

# Current (phase RMS) — RMS value of the phase current
A | pA | nA | uA | mA | kA | MA

Details

The RMS value of the phase current (for the sinusoidal current is the same as the current).

Units	`A` \| `pA` \| `nA` \| `uA` \| `mA` \| `kA` \| `MA`
Default value	`100 / sqrt(2) A`
Program usage name	`i_phase_rms`
Evaluatable	Yes

# Phase shift — phase shift
rad | deg | rev | mrad | arcsec | arcmin | gon

Details

Phase shift.

Units	`rad` \| `deg` \| `rev` \| `mrad` \| `arcsec` \| `arcmin` \| `gon`
Default value	`0 deg`
Program usage name	`shift`
Evaluatable	Yes

# Frequency — current frequency
Hz | kHz | MHz | GHz

Details

Current frequency.

Units	`Hz` \| `kHz` \| `MHz` \| `GHz`
Default value	`50.0 Hz`
Program usage name	`f`
Evaluatable	Yes