Electromagnetic Converter
Interface between electrical and magnetic networks.
blockType: AcausalFoundation.Magnetic.Elements.ElectromagneticConverter
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Description
Block Electromagnetic Converter provides an interface between electrical and magnetic networks.
The block is based on the following equations:
,
,
Where:
-
— magnetomotive force (MDS) on magnetic ports.
-
— flow through magnetic ports.
-
— current through electrical ports.
-
— voltage on the electrical ports.
-
— the number of turns of the winding.
-
— simulation time.
The N and S connections are magnetic ports, and the * and *−* connections are electrical. If a positive electric current flows from port * to port −, then the resulting MDS is positive, acting through the magnetic ports N to S. The positive rate of change of the flow flowing from N to S leads to a negative induced potential difference at the ports + and −.
Ports
N — north terminal
magnetism
The magnetic port corresponding to the north terminal of the unit.
S — south terminal
magnetism
The magnetic port corresponding to the southern terminal of the unit.
+ — positive
electricity
The electrical port corresponding to the positive terminal of the unit.
− — negative
electricity
The electrical port corresponding to the negative terminal of the unit.
Parameters
Number of winding turns — number of turns of winding
1 (by default)
The number of turns of the winding.
Initial value of voltage, V — initial value of voltage
0 (by default)
The initial value of the voltage.
Initial value of current, A — initial value of the current
0 (by default)
The initial value of the current.
Initial value of flux, Wb — initial value of the flow
0 (by default)
The initial value of the stream.
Initial value of MMF, A — initial value of MMF
0 (by default)
The initial value of the MDS.