The Q-factor for these devices is equal to their namesake reactance at resonance over resistance. The energy stored in these devices is equal to one half the current squared times a namesake quantity. Voltage is equal to a namesake quantity times the derivative of current in these devices, two of which are used to make a tr
The Q-factor for these devices is equal to their namesake reactance at resonance over resistance. The energy stored in these devices is equal to one half the current squared times a namesake quantity. Voltage is equal to a namesake quantity times the derivative of current in these devices, two of which are used to make a transformer. These circuit components, which are represented by coils on a circuit diagram, store energy in their magnetic fields. For 10 points, name these devices commonly composed of a wire solenoid, whose namesake property is measured in Henries.
The Q-factor for these devices is equal to their namesake reactance at resonance over resistance.
inductors