Induced Electromotive Force (EMF) Profile in a Circular Loop Passing a Limited Rectangular Area with Perpendicular Uniform Constant Magnetic Field

TL;DR

This paper investigates the induced EMF profile in a circular loop as it passes through a limited rectangular area with a perpendicular uniform magnetic field, analyzing how system parameters affect the EMF.

Contribution

It provides a detailed analysis of the EMF profile during the loop's passage through the magnetic field region, considering various system parameters.

Findings

EMF profile varies with loop position and system parameters

Maximum EMF occurs at the point of entry and exit of the magnetic field region

Parameter changes significantly influence the EMF magnitude and shape

Abstract

Profile of induced eletromotive force (EMF) for a circular loop (CL) entering and leaving a limited rectangular area which has perpendicular uniform magnetic field is reported in this work. The influence of parameters of the sytem to the induced EMF profile is discussed.