Improving coupling of a resonator by looking at surface currents

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SUMMARY

The discussion focuses on improving the coupling of a resonator by analyzing surface currents. The user observes different surface current responses at weak and strong coupling levels. They inquire about methods to enhance coupling based on surface current analysis and mention the relevance of the Q-factor in this context. The discussion emphasizes the importance of understanding surface currents to optimize resonator performance.

PREREQUISITES
  • Understanding of resonator coupling mechanisms
  • Knowledge of surface current analysis techniques
  • Familiarity with Q-factor and its implications in resonator performance
  • Basic principles of electromagnetic theory
NEXT STEPS
  • Research techniques for analyzing surface currents in resonators
  • Learn about methods to calculate and optimize the Q-factor
  • Explore advanced coupling strategies for resonators
  • Investigate simulation tools for modeling resonator behavior
USEFUL FOR

Electrical engineers, researchers in resonator design, and anyone involved in optimizing electromagnetic systems will benefit from this discussion.

yefj
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Hello , In the system below there is a mode i am trying to couple.
at weak coupling I get a certain surface current responce and in stronger coupling I have different responce as shown below.
How can I see from the surface currents where can i improve the coupling in my model?
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1739814614279.png

1739814563853.png


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1739814718078.png
 
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