Each component in such a connection will see the same voltage, regardless of whether it is a resistor, capacitor or inductor. As seen from prior work, these are obtained from the capacitor and inducto...Each component in such a connection will see the same voltage, regardless of whether it is a resistor, capacitor or inductor. As seen from prior work, these are obtained from the capacitor and inductor values, and based on the frequency of the driving source. Consequently, if this frequency were to change, the reactances would change, and this would in turn cause changes in the various component currents as well as the total current delivered by the source.
As seen from prior work, these are obtained from the capacitor and inductor values, and based on the frequency of the driving source. Consequently, if this frequency were to change, the reactances wou...As seen from prior work, these are obtained from the capacitor and inductor values, and based on the frequency of the driving source. Consequently, if this frequency were to change, the reactances would change, and this would in turn cause changes in the various component currents as well as the total current delivered by the source. However, by applying source transformation and converting the voltage source to a current source, it will indeed become a parallel circuit.
