eddy current - определение. Что такое eddy current
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  1. Словари
  2. Английский словарь
  3. eddy current

Что (кто) такое eddy current - определение


Eddy current         
  • Demonstration of Waltenhofen's pendulum, precursor of eddy current brakes. The formation and suppression of eddy currents is here demonstrated by means of this pendulum, a metal plate oscillating between the pole pieces of a strong electromagnet. As soon as a sufficiently strong magnetic field has been switched on, the pendulum is stopped on entering the field.
  • Lamination of magnetic cores in transformers greatly improves the efficiency by minimising eddy currents
  • E-I transformer laminations showing flux paths. The effect of the gap where the laminations are butted together can be mitigated by alternating pairs of E laminations with pairs of I laminations, providing a path for the magnetic flux around the gap.
  • Eddy current brake. The North magnetic pole piece ''(top)'' in this drawing is shown further away from the disk than the South; this is just to leave room to show the currents. In an actual eddy current brake the pole pieces are positioned as close to the disk as possible.
  • '''B'''}}, green</span>)'' with insulation ''(C)'' between them reduces the eddy currents. Although the field and currents are shown in one direction, they actually reverse direction with the alternating current in the transformer winding.
  • A cross section through a linear motor placed above a thick aluminium slab. As the [[linear induction motor]]'s field pattern sweeps to the left, eddy currents are left behind in the metal and this causes the field lines to lean.
AN EXAMPLE OF THE APPLICATION OF LENZ'S LAW
Eddy Current; Eddy currents; Eddy-current; Foucault current; Foucault Current; Magnetic eddy currents; Eddy-currents; Eddy Currents; Rotatory magnetism; Magnetism by rotation; Induction current; Induction currents
Eddy currents (also called Foucault's currents) are loops of electrical current induced within conductors by a changing magnetic field in the conductor according to Faraday's law of induction or by the relative motion of a conductor in a magnetic field. Eddy currents flow in closed loops within conductors, in planes perpendicular to the magnetic field.
https://en.wikipedia.org/wiki/Eddy_current
Eddy current         
  • Demonstration of Waltenhofen's pendulum, precursor of eddy current brakes. The formation and suppression of eddy currents is here demonstrated by means of this pendulum, a metal plate oscillating between the pole pieces of a strong electromagnet. As soon as a sufficiently strong magnetic field has been switched on, the pendulum is stopped on entering the field.
  • Lamination of magnetic cores in transformers greatly improves the efficiency by minimising eddy currents
  • E-I transformer laminations showing flux paths. The effect of the gap where the laminations are butted together can be mitigated by alternating pairs of E laminations with pairs of I laminations, providing a path for the magnetic flux around the gap.
  • Eddy current brake. The North magnetic pole piece ''(top)'' in this drawing is shown further away from the disk than the South; this is just to leave room to show the currents. In an actual eddy current brake the pole pieces are positioned as close to the disk as possible.
  • '''B'''}}, green</span>)'' with insulation ''(C)'' between them reduces the eddy currents. Although the field and currents are shown in one direction, they actually reverse direction with the alternating current in the transformer winding.
  • A cross section through a linear motor placed above a thick aluminium slab. As the [[linear induction motor]]'s field pattern sweeps to the left, eddy currents are left behind in the metal and this causes the field lines to lean.
AN EXAMPLE OF THE APPLICATION OF LENZ'S LAW
Eddy Current; Eddy currents; Eddy-current; Foucault current; Foucault Current; Magnetic eddy currents; Eddy-currents; Eddy Currents; Rotatory magnetism; Magnetism by rotation; Induction current; Induction currents
·add. ·- An induced electric current circulating wholly within a mass of metal;
- called also Foucault current.
eddy current         
  • Demonstration of Waltenhofen's pendulum, precursor of eddy current brakes. The formation and suppression of eddy currents is here demonstrated by means of this pendulum, a metal plate oscillating between the pole pieces of a strong electromagnet. As soon as a sufficiently strong magnetic field has been switched on, the pendulum is stopped on entering the field.
  • Lamination of magnetic cores in transformers greatly improves the efficiency by minimising eddy currents
  • E-I transformer laminations showing flux paths. The effect of the gap where the laminations are butted together can be mitigated by alternating pairs of E laminations with pairs of I laminations, providing a path for the magnetic flux around the gap.
  • Eddy current brake. The North magnetic pole piece ''(top)'' in this drawing is shown further away from the disk than the South; this is just to leave room to show the currents. In an actual eddy current brake the pole pieces are positioned as close to the disk as possible.
  • '''B'''}}, green</span>)'' with insulation ''(C)'' between them reduces the eddy currents. Although the field and currents are shown in one direction, they actually reverse direction with the alternating current in the transformer winding.
  • A cross section through a linear motor placed above a thick aluminium slab. As the [[linear induction motor]]'s field pattern sweeps to the left, eddy currents are left behind in the metal and this causes the field lines to lean.
AN EXAMPLE OF THE APPLICATION OF LENZ'S LAW
Eddy Current; Eddy currents; Eddy-current; Foucault current; Foucault Current; Magnetic eddy currents; Eddy-currents; Eddy Currents; Rotatory magnetism; Magnetism by rotation; Induction current; Induction currents
¦ noun a localized electric current induced in a conductor by a varying magnetic field.
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