Cornelsen Experimenta
Physics

Students kit Electricity – Upgrade Induction and Alternating Current (AC)

Advanced experiments on electromagnetism and electromagnetic induction

 

The supplementary set can be stored in the tray Student set electrics - basics.

The picture shows a selection of experimental accessories, including wires, two transformers, a universal support and various metal parts. These components are designed for educational experiments in the field of physics or electrical engineering.

The picture shows a selection of experimental accessories, including wires, two transformers, a universal support and various metal parts. These components are designed for educational experiments in the field of physics or electrical engineering.
The picture shows two electrical coils with different windings and technical information on the top. The coils are designed for experimental purposes in the educational sector and are not suitable for mains voltage.
The picture shows a capacitor with a capacity of 4700 μF and several precision tools. The capacitor has a transparent case showing its terminals and the tools are suitable for experimentation and construction projects.
The picture shows a metallic, gray experimental device with a slotted opening and a rod in the middle. Next to it are several electrical cables and other components that can be used for experimental purposes.
The picture shows a brown package with a label from the company Cornelsen. The contents of the student set deal with electricity, especially induction and alternating current, and serves as an extension for experimental purposes in education.
The picture shows a diagram describing the generator principle, including a coil with 1200 turns and a flat bar magnet. It illustrates the interactions between the coil and the magnet to induce voltage.
The picture shows a selection of experimental materials, including a connection panel, cables, a transformer and various electrical components. This equipment is suitable for experiment-specific applications in the educational sector, in particular for the demonstration of electrical engineering phenomena.
The picture shows an experimental field with an electric motor and a rotating red-green propeller. The motor is mounted on a sheet of metal that is equipped with various connection holes for electrical connections.
The picture shows a collection of experimental components, including a breadboard, two transformers and several connecting cables. These materials are often used in educational settings to conduct electrical engineering experiments.
The picture shows an experiment board with several connections and two identification labels that provide information about resistors in watts. The labels are clearly marked with warnings that they must not be used for mains voltage.

item number 23220

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experiments
  • 1 - Transformer

    experiment "Transformer"

    This experiment explains the principle of a transformer.
    A transformer can increase or decrease charges and resistances.


  • 2 - Impedance of a coil

    experiment "Impedance of a coil"

    In this experiment, the difference in the resistance of a coil with DC voltage and AC voltage is measured.


  • 3 - Impedance of a capacitor

    experiment "Impedance of a capacitor"

    This experiment shows the change in resistance of a capacitor in DC and AC circuits.


  • 4 - Induction

    experiment "Induction"

    This experiment shows the inductance of a coil.
    Induction is the movement of land carriers in a conductor.


  • 5 - Induction with DC voltage

    experiment "Induction with DC voltage"

    This experiment examines the inductance of a coil in a DC circuit.


  • 6 - Self-induction

    experiment "Self-induction"

    This experiment illustrates the principle of self-induction of a coil.
    Self-induction is the ability of a coil to generate a voltage in a changing magnetic field.


  • 7 - Lenz’s law

    experiment "Lenz’s law"

    An induction current is always directed in such a way that it counteracts the origin of the creation.


  • 8 - Principle of a generator

    experiment "Principle of a generator"

    This experiment illustrates how a generator works and how it works.


  • 9 - Alternator

    experiment "Alternator"

    The alternator is used to generate single-phase alternating current.


  • 10 - AC motor

    experiment "AC motor"

    An AC motor runs on single-phase AC power.
    It is also called an induction motor.


  • 11 - Capacitor

    experiment "Capacitor"

    This experiment illustrates the charging and discharging processes of a capacitor.


scope of supply
  • 1 × Magnet rod Alcomax 75x10
  • 1 × Needle adapter with plug
  • 1 × Short circuit ring, 40 mm
  • 4 × Plug lead, 25 cm, black
  • 2 × Plug lead, 50 cm, black
  • 1 × Coil with 1200 turns student type
  • 1 × Coil with 600 turns student type
  • 4 × Coil mounting plugs for 23100
  • 1 × Capacitor plug-in element4700 µF/16 V electrolyte
  • 1 × folding box, 2 partitions180 x 125 x 80 mm
  • 1 × Glow lamp, MES, 110 V
  • 1 × U-and I-core with clamp screw, student type
additional materials required
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23210
Students kit Electricity – Basics including circuit board
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