Faraday's law's and its applications

Faraday's law's and its applications

• 1.
  Faraday’s Laws andits applications Presentation by Sayan Samanta Department-Electrical Engineering Semester-3rd Roll No-194
• 2.
  Faraday’s Law ofElectromagnetic Induction Faraday’s Law is the result of the experiments of the English Chemist and Physicist Michael Faraday( 1791-1867).
• 3.
  Faraday’s Laws ofElectromagnetic Induction First Law:-Whenever the magnetic flux linked with a circuit changes,an e.m.f is always induced in it. Second Law:-The magnitude of the induced e.m.f is equal to the rate of change of flux-linkages.
• 4.
  Faraday’s Law ofInduction t N B    induced emf number of loops rate of change of flux with time Minus sign from Lenz’s Law:
• 5.
  Faraday’s Law ofInduction Lenz’s Law The current from the induced emf will produce a magnetic field,which will always oppose the original change in the magnetic flux. Magnetic flux: Unit of magnetic flux: weber, Wb. 1 Wb = 1 T·m2
• 6.
  Faraday’s law ofinduction: [1 loop] [N loops] Faraday’s Law of Induction Lenz’s Law
• 7.
  This effect canbe quantified by Faraday’s Law Experimental Observation of Induction Fig. 1 Fig. 2 Fig. 3
• 8.
  Applications of Faraday’s Law
• 9.
  Electric Guitar Pickups
• 10.
  Generator Electromagnetic Induction
• 11.
  Magnetic Recording Electromagnetic Induction
• 12.
  1. Transformers 2.Induction Cookers 3.ElectromagneticFlow Meters
• 13.
  Conclusion
• 14.
  Thank You Any Question