Difference between induction heating and eddy current heating heating
Answers
Answered by
0
In the following, remember the right angles and rotary nature of electromagnetic induction. That moving/changing electric currents induce magnet fields, and moving/changing magnet fields induce electric fields.

Induced current would be the current that results in a conductor due to a moving magnetic field. Faraday’s Law discusses the variables of this action. This is the basis of most electrical generators. That output stator coils generate electrical energy as the moving magnetized rotor passes by.
Now with pretty much all such inductors, we increase the inductance of the inductor by winding the coils on a magnetic core. Since magnetic materials are usually electrical conductors like iron, the very current induced by the original magnetic field, flows through the core. This introduces what are known as eddy currents. Lenz’s Law discusses the mechanisms of this action.
Eddy current is when the induced electrical current then generate their own magnetic moments in that conducting core. These magnetic moments oppose the source magnetic field. This resistance is in the form of multiple magnetic loops according to the strength of the inducing field, and current according to the material’s resistance.

Induced current would be the current that results in a conductor due to a moving magnetic field. Faraday’s Law discusses the variables of this action. This is the basis of most electrical generators. That output stator coils generate electrical energy as the moving magnetized rotor passes by.
Now with pretty much all such inductors, we increase the inductance of the inductor by winding the coils on a magnetic core. Since magnetic materials are usually electrical conductors like iron, the very current induced by the original magnetic field, flows through the core. This introduces what are known as eddy currents. Lenz’s Law discusses the mechanisms of this action.
Eddy current is when the induced electrical current then generate their own magnetic moments in that conducting core. These magnetic moments oppose the source magnetic field. This resistance is in the form of multiple magnetic loops according to the strength of the inducing field, and current according to the material’s resistance.
Similar questions