Magnetic induction

Product No: P2440201

Principle

A magnetic field of variable frequency and varying strength is produced in a long coil. The voltages induced across thin coils which are pushed into the long coil are determined as a function of frequency, number of turns, diameter and field strength.

Tasks

  • Determination of the induction voltage as a function
  1. of the strength of the magneticfield,
  2. of the frequency of the magneticfield,
  3. of the number of turns of the induction coil,
  4. of the cross-section of the induction coil.

What you can learn about

  • Maxwell's equations
  • Electrical eddy field
  • Magnetic field of coils
  • Coil
  • Magnetic flux
  • Induced voltage



Materiallist (Excerpt) Product Amount
Digital Function Generator, USB, incl. Cobra4 Software 13654-99 1
Field coil, 750 mm, 485 turns/m 11001-00 1
Multi-range meter/overl.prot.B 07026-00 2
Induction coil,300 turns,dia.40mm 11006-01 1
Induction coil,300 turns,dia.32mm 11006-02 1
Induction coil,300 turns,dia.25mm 11006-03 1
Induction coil,200 turns,dia.40mm 11006-04 1
Induction coil,100 turns,dia.40mm 11006-05 1
Induction coil,150 turns,dia.25mm 11006-06 1
Induction coil, 75 turns,dia.25mm 11006-07 1
Connecting cord, 32 A, 750 mm, red 07362-01 3
Connecting cord, 32 A, 750 mm, blue 07362-04 2
Laboratory Experiments Physics, Chemistry, Biology andApplied Sciences, CD-ROM, incl. operating manuals 16502-42 1

Literature for this article als follows

Title Product Language
TESS expert Handbook Laboratory Experiments Physics 16502-32 ENG

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Product No: P2440201

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