Objective: Measuring the voltage induced in an induction coil
If a closed conductor loop with N windings is located in a cylinder coil through which an alternating current flows, then an electrical voltage is induced by the variable magnetic flux through the conductor loop. This induction voltage is dependent on the number of windings and the cross-sectional area of the conductor loop as well as the frequency, amplitude and waveform of alternating current applied to the field coil. These dependencies are explored and compared with the principle theory.
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![HF Patch Cord, BNC/4 mm Plug, 1002748 [U11257], Experiment Leads and Cables](/thumblibrary/U11257/U11257_01_140_140_HF-Patch-Cord-BNC4-mm-Plug.jpg)
![PC Oscilloscope 2x25 MHz, 1020857 [U11830], Oscilloscopes](/thumblibrary/U11830/U11830_01_140_140_PC-Oscilloscope-2x25-MHz.jpg)
![Stainless Steel Rod 250 mm, 1002933 [U15001], Rods](/thumblibrary/U15001/U15001_01_140_140_Stainless-Steel-Rod-250-mm.jpg)
![Precision Resistor 1 Ohm, 1009843 [U51004], Circuits](/thumblibrary/U51004/U51004_01_140_140_Precision-Resistor-1-Ohm.jpg)
![Set of 3 Induction Coils, 1000590 [U122501], Induction](/thumblibrary/U122501/U122501_01_140_140_Set-of-3-Induction-Coils.jpg)
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![Tripod Stand 150 mm, 1002835 [U13270], Bases](/thumblibrary/U13270/U13270_01_140_140_Tripod-Stand-150-mm.jpg)
![DC Power Supply 20 V, 5 A
(230 V, 50/60 Hz), 1003312 [U33020-230], Power Supplies](/thumblibrary/U33020-230/U33020-230_01_140_140_DC-Power-Supply-20-V-5-A-230-V-5060-Hz.jpg)
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