Mastering RLC Circuits with an Oscilloscope Lab
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- Опубліковано 10 тра 2023
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Experience the electrifying world of circuitry as we delve into the heart of an RLC circuit, using an oscilloscope to reveal the hidden dance of voltage and frequency. Through a systematic exploration of resistors, inductors, and capacitors, we'll uncover the logic behind their interactions, measure their voltages, and even calculate resonant frequencies. The clock is ticking - join us now to light up your knowledge of electrical circuits and uncover the secrets they hold.
The correct equations for Q3 are:
T=2L/R and L=TReq/2
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Produced by: Matteo Miller-Nicolato
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The resistor is too big you are not getting resonance it seems an overdamped system
mistakes were made in my calculations
@@mtheorylaboratory it appear to me the resonance you see is only at the inductor of self resonance of the capacitor otherwise the voltage across the components would be greater than at the resistor…
@@mtheorylaboratory or you should try pulse at the resonance frequency to get it to resonate maybe