Generation of an induced voltage with electromagnets Principle It is assumed that the students know that a voltage is induced in a coil, as long as the magnetic field contained by the coil changes. When the induction process can be triggered by a permanent magnet, then this must also be possible with an electromagnet. The students should check this practically. They should thereby consolidate their knowledge, that the change in the field must not necessarily be brought about by a (mechanical) movement of the magnet and the coil relative to each other. Benefits - No additional cable connections between the building blocks needed - clear arragned and quick setup
- Contact saftey due to puzzle blocks system
- Corrosion-free gold plated contacts
- Doubled earning sucess: Electric circuit diagram on top, real components can be seen unterside
Tasks Can a voltage be induced by means of an electromagnet? Determine if a voltage can be induced by an electromagnet and examine in which way this is possible. Scope of delivery
Straight connector module, SB
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05601-01
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1
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Angled connector module, SB
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05601-02
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4
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Interrupted connector module with sockets, SB
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05601-04
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2
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Junction module, SB
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05601-10
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2
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Straight connector module with socket, SB
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05601-11
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1
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On-off switch module, SB
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05602-01
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1
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Coil, 400 turns
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07829-01
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2
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Coil, 1600 turns
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07830-01
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1
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Iron core, U-shaped, laminated
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07832-00
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1
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Iron core, I-shaped, laminated
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07833-00
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1
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Galvanometer movement
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07875-00
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1
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Galvanometer scale
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07876-00
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1
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Notch bearing with plug
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07877-00
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1
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Connecting cable, 32 A, red, various lengths
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07360-01
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2
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Connecting cable, 32 A, blue, various lengths
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07360-04
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2
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Connecting cable, 32 A, red, various lengths
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07361-01
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2
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Connecting cable, 32 A, blue, various lengths
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07361-04
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2
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PHYWE Power supply, 230 V, DC: 0...12 V, 2 A / AC: 6 V, 12 V, 5 A
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13506-93
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1
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PHYWE Analog multimeter, 600V AC/DC, 10A AC/DC, 2 MΩ, overload protection
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07021-11
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1
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