Getting very low flux linkage in ANSYS Maxwell

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SUMMARY

The discussion centers on low flux linkage results encountered while using ANSYS Maxwell for inductance calculations. The user, Tom, inquires about potential causes for the low flux values despite obtaining close inductance results. Key advice includes verifying the core construction, specifically the material and positioning of the bottom bar of the core, as referenced on page 5.2-7 of the user's guide. Ensuring these factors are correct is crucial for accurate flux linkage outcomes.

PREREQUISITES
  • Understanding of ANSYS Maxwell software
  • Familiarity with inductance calculations
  • Knowledge of magnetic core materials
  • Ability to interpret user guides and technical documentation
NEXT STEPS
  • Review the ANSYS Maxwell user guide, focusing on core construction guidelines
  • Investigate material properties relevant to magnetic cores in ANSYS Maxwell
  • Learn about flux linkage calculations in electromagnetic simulations
  • Explore troubleshooting techniques for low flux values in simulation software
USEFUL FOR

Engineers and designers working with electromagnetic simulations, particularly those using ANSYS Maxwell for inductance calculations and magnetic core design.

Jin_Chit
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I'm new to ANSYS Maxwell and I'm trying to follow the inductance calculation example in the user's guide.
The results for the inductance are pretty close but the value of flux are very low. What cause this? What should I do?
 

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I've never used Maxwell, but check the core construction. Particularly is the bottom bar of the core both the correct material and in the correct position? See pg 5.2-7, and surrounding, of your attached PDF.

Cheers,
Tom
 
Tom.G said:
I've never used Maxwell, but check the core construction. Particularly is the bottom bar of the core both the correct material and in the correct position? See pg 5.2-7, and surrounding, of your attached PDF.

Cheers,
Tom
Thank you Tom.
I've checked and I think that the material and dimensions of the model are correct.
 

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