Concept — Sinusoidal regime of driven circuits with impedance and phase shifts.
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18
Linked atoms
17 linked atoms.
18 Electromagnetic induction
- Alternator: from the peak EMF to the angular frequency
- Energy balance of the RLC circuit
- Bicycle dynamo
- Differential equation of the driven RLC circuit
- Worked example — driven RLC, finding the generator’s EMF
- Phasors and graphs in the two cases
- The phasor method
- The alternator and the sinusoidal EMF
- Average power in the sinusoidal regime
- Problem — Phasor diagram (XL greater than XC)
- Problem — Impedance and phase shift of a series RLC
- Problem — Ranking the RMS current of RLC circuits
- Problem — Reactances of an RLC as omega varies
- Reactances and impedance
- Problem — Series RLC resonance and quality factor
- Problem — Ideal transformer