Q5 [20 POINTS] Consider that $e_i(t)$ as input and $e_o(t)$ as output, to derive a block diagram that represents the electric circuit below? (SHOW ALL STEPS) C $e_i(t)$ L R $e_o(t)$
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We can analyze it using impedance. The impedance of the capacitor is $Z_C = \frac{1}{j\omega C}$, the impedance of the inductor is $Z_L = j\omega L$, and the impedance of the resistor is $Z_R = R$. Show more…
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