Maxwell 3D number of conductors question

In summary, the conversation discusses the use of litz wire in Maxwell 3D and whether the number of conductors in the coil terminal should match the number of litz strands. It is mentioned that litz wire is terminated by soldering all the strands together and using one conductor for the terminal connector, and the speaker is unsure of how to set the number of conductors in Maxwell for this type of wire. Tom offers his perspective on the matter, mentioning the importance of accounting for frequency and the potential availability of litz wire in a library.
  • #1
Melon
8
2
Hi guys,
I wonder when I have defined the strand number of litz wire in copper material properities in Maxwell 3D, should I keep number of conductors in coil terminal added in a winding the same as number of of litz strand? For example, 2 for strands litz wire and then 2 for number of conductors? Thanks!
 
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  • #2
Litz wire is terminated by soldering all the strands together and using one conductor for the terminal connector.
 
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Likes Melon
  • #3
Baluncore said:
Litz wire is terminated by soldering all the strands together and using one conductor for the terminal connector.
Thanks. So I will set 1 for number of conductors when I use Litz wire type. Thanks for your help.
 
  • #4
I'm not familiar with Maxwell, but here is my take on it based on theory and some limited experience.

Sort'a depends on what frequency is involved and what details Maxwell can account for. Since Litz wire was developed to reduce losses from skin effect at higher frequencies, I expect that Maxwell would give closer to real-world results with the Litz wire fully described.

After all, someone (the designer) considered that Litz wire was needed. Hope it is already in a library somewhere!

My 2-cents worth,
Tom
 

1. What is Maxwell 3D and how does it relate to the number of conductors?

Maxwell 3D is a computer software program used for electromagnetic simulation. It is commonly used to analyze the behavior of electrical and magnetic fields in complex systems. The number of conductors refers to the number of wires or conductive materials present in the system being simulated.

2. Why is the number of conductors important in Maxwell 3D simulations?

The number of conductors is important because it affects the accuracy and complexity of the simulation. More conductors can lead to a more detailed and accurate analysis, but it also increases the computational time and resources required for the simulation.

3. How do you determine the optimal number of conductors to use in a Maxwell 3D simulation?

The optimal number of conductors depends on the specific system being simulated and the level of accuracy required. It is often determined through trial and error, starting with a lower number of conductors and gradually increasing until the desired level of accuracy is achieved without significantly increasing the computational time.

4. Can the number of conductors be changed during a Maxwell 3D simulation?

Yes, the number of conductors can be changed during a simulation. This can be useful for analyzing the effects of adding or removing conductive materials in the system or for optimizing the simulation for different scenarios.

5. Are there any limitations to the number of conductors that can be used in a Maxwell 3D simulation?

Yes, there are limitations to the number of conductors that can be used in a Maxwell 3D simulation. These limitations are primarily determined by the computational resources available and the complexity of the system being simulated. In some cases, simplifications may need to be made to reduce the number of conductors and make the simulation more feasible.

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