How Do Coil Architecture and Pole Orientation Affect Magnetic Field Dynamics?

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SUMMARY

The discussion focuses on the relationship between coil architecture and pole orientation in closed loop induction systems and their impact on magnetic field dynamics, specifically the B field and its variations. The output induction voltage is directly influenced by the rate of change of the magnetic field (dB/dt), as described by Faraday's law of induction. Key resources for understanding these concepts include freshman physics texts and literature on transformers and inductance. The inquiry seeks specific studies that explore these dynamics in detail.

PREREQUISITES
  • Understanding of Faraday's law of induction
  • Familiarity with magnetic field concepts and measurements
  • Knowledge of coil architecture and its effects on magnetic fields
  • Basic principles of transformers and inductance
NEXT STEPS
  • Research studies on the effects of coil architecture on magnetic field strength
  • Explore advanced texts on transformer design and operation
  • Learn about measuring dB/dt in electromagnetic systems
  • Investigate the role of pole orientation in induction systems
USEFUL FOR

Students of physics, electrical engineers, and researchers interested in electromagnetic theory and induction systems will benefit from this discussion.

Robin07
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Searching on the net for "closed loop induction" refers mostly to motors. What terms would I use to find information on the dynamics, if I can call it that, the B field that is the out-come of an induced current in this closed loop coil? I would think that the coils architecture would produce various strengths/gauss readings at different points as well as set up pole orientation(s). Is there a study that addresses this?

Thanks
 
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The B field, or more exactly dB/dt, is the source of the output induction voltage. Freshman physics texts discuss the Faraday induction law. Also books that discuss transformers and inductance are good sources.
 

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