Description

The controlled voltage source represent a single-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.

Table of Contents

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

RLC connection type = Series (series R, L, C) or parallel (parallel R, L, C).
R: Resistance value in ohms.
L: Inductance value in henry.
C: Capacitor value in farad.

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 : Measured current (A).
• V : Source voltage (V).

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