September 2008
Beginner
834 pages
37h 13m
English
We have already seen that we can write the KVL and KCL equations directly in terms of complex amplitudes (i.e., phasors) and that there are well-defined relations between complex voltage amplitude (i.e., voltage phasors) and complex current amplitude (i.e., current phasors) for all two-terminal elements.
The ratio of voltage phasor to current phasor is equal to R in the case of a resistor. It is jωL in the case of an inductor and it is 1/jωC in the case of a capacitor.
These facts suggest that we need not write down the mesh or node equations in the time-domain at all. We can write them in terms of mesh current phasors or node voltage phasors using the element relation that ties up the ...
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