Voltage in coil due to moving in EM field

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SUMMARY

The discussion centers on calculating the voltage generated in a coil when moving through an electromagnetic field, specifically in the context of a motion capture project. Key variables influencing this voltage include magnetic flux density (B), the angle (cosθ), permeability (µ), number of turns (N), length of the coil (L), and the distance (r). The user seeks a definitive formula to quantify this relationship, indicating a need for clarity on electromagnetic induction principles.

PREREQUISITES
  • Understanding of electromagnetic induction principles
  • Familiarity with Faraday's Law of Induction
  • Knowledge of magnetic field concepts (B, µ)
  • Basic physics of coils and inductors
NEXT STEPS
  • Research Faraday's Law of Induction for voltage calculation
  • Explore the relationship between magnetic flux and coil parameters
  • Learn about the effects of angle (cosθ) on induced voltage
  • Investigate practical applications of motion capture sensors in electromagnetic fields
USEFUL FOR

Electrical engineers, motion capture developers, and anyone involved in designing sensors that operate within electromagnetic fields will benefit from this discussion.

amrory
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Hi,
i am working in a motion capture project
one of its parts is a sensor
i need a formula of the voltage generated in the coil due to
moving in electromagnetic Field from an inducer
i think it depends on ( B , cosθ , µ , N , L , r )
i post this thread in another forum
but no one answer me
waiting for replay
thanks in advance
 
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