Inductance in Ansoft Maxwell SV

In summary, the inductance of a simple ferrite core wire-wound inductor cannot be directly calculated in 2D Maxwell SV due to the need for grouping of materials. However, the inductance matrix can calculate the self and mutual inductance between the core and windings separately. Additional help can be found on the PF threads listed.
  • #1
Neal Carron
1
0
I need the inductance of a simple ferrite core wire-wound inductor.

It's not clear how to get than in 2D Maxwell SV.

The core is one material (ferrite), the windings are another (Copper).

If you group them, the group must be of a single material, so no good.

If you don't group them, the inductance matrix (actually impedance matrix) accepts only separate objects. That is, it accepts the windings as one object, and the ferrite as another. It then computes the self inductance if each object, and the mutual inductance between all of them.

How do you compute the inductance of the core and windings together?
 
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  • #2
We have several PF threads that can help
https://www.physicsforums.com/search/25856/?q=Inductance+in+Ansoft+Maxwell&o=relevance
 

What is inductance?

Inductance is a property of a circuit or component that describes its ability to store and release electrical energy in the form of a magnetic field. It is measured in units of Henrys (H) and is represented by the symbol L.

How is inductance calculated?

The formula for calculating inductance is L = N^2 * μA/l, where N is the number of turns in the coil, μ is the permeability of the material, A is the cross-sectional area of the coil, and l is the length of the coil. In Ansoft Maxwell SV, this calculation is done automatically based on the geometry and material properties of the component.

What is the significance of inductance in circuit design?

Inductance is an important factor to consider in circuit design as it affects the behavior and performance of electrical components. It can cause delays and distortions in signal transmission, affect the frequency response of a circuit, and can be used to create filters and resonant circuits.

How does Ansoft Maxwell SV simulate inductance?

Ansoft Maxwell SV uses finite element analysis (FEA) to simulate inductance. This method involves dividing the component into small elements and solving equations for each element to determine the magnetic field distribution and inductance. It takes into account the geometry, material properties, and boundary conditions to accurately simulate inductance.

Can Ansoft Maxwell SV be used to optimize inductance?

Yes, Ansoft Maxwell SV has optimization tools that can be used to adjust the design of a component to achieve a desired inductance value. This can help engineers and designers to fine-tune their designs and achieve optimal performance.

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