Voltage in coil due to moving in EM field

AI Thread Summary
The discussion focuses on calculating the voltage generated in a coil when moving through an electromagnetic field, specifically for a motion capture project involving a sensor. Key variables influencing the voltage include magnetic field strength (B), the angle (cosθ), permeability (µ), number of turns (N), length of the coil (L), and distance (r). The user seeks a formula to quantify this voltage but has not received responses on another forum. The conversation emphasizes the need for clarity on electromagnetic induction principles. Further insights can be found in Machine Riddle No.7 at the provided link.
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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