- #1
tandoorichicken
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Homework Statement
This is a general question regarding impedance in circuit analysis.
I know that in order to find the total impedance of a circuit, you transform each element characteristic into the frequency domain, i.e.,
[tex] R\rightarrow Z_R = R[/tex],
[tex] C\rightarrow Z_C = \frac{1}{Cs} [/tex],
[tex] L\rightarrow Z_L = Ls [/tex].
And then sum up the quantities properly to get an equivalent impedance.
My question is, what happens if you transform this quantity back using an inverse transform? Do you get a real resistance value?