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Controlled V Source, 3-ph
- Sylvain Ménard
- Jean-Nicolas Brunet
Description
The controlled voltage source represent a three-phase A.C. source with a series or parallel RLC impedance. In the network, this source only generates the signal received on the control connectors. Hence, this process serves only to amplify or inject a signal in the network.
- Voltage source has series impedance only that can be series of parallel RLC elements.
- Voltage source always reference to the ground.
The voltage source always has a series impedance. However, this impedance can be a collection of series or parallel RLC elements. The voltage source has only one network connector, since is always referenced to the ground. The single-phase signal applied to the control connectors as input will be the signal sent to the network, single-phased.
Mask and Parameters
| Name | Description | Unit |
|---|---|---|
RLC connection type | Series (series R, L, C) or parallel (parallel R, L, C) | - |
R | Resistance value in ohms | ohms |
L | Inductance value in henry. | H |
C | Capacitor value in farad | F |
Ports, Inputs, Outputs and Signals Available for Monitoring
Ports
- The voltage source has only one network connector (port), since is always referenced to the ground.
Inputs
- V input (voltage source): The voltage amplitude signal.
Outputs
- I output (voltage source): The current signal flowing from the source.
Sensors
- At acquisition, the following signals are made available by the sensors:
• I(a, b, c)_label: Measured current (voltage source) (A).
• V(a, b, c)_label: Source voltage (V).
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