\documentclass{standalone}
\usepackage[american]{circuitikz}
\usepackage{graphicx}
\usepackage{mathrsfs} 
\usepackage{latexsym,amssymb,amsmath}
\newcommand{\equal}{=}
\begin{document}
		\begin{circuitikz}
		%\draw (0,4) to [open,v^>=$v_1(t)$,o-o]  (0,0) -- Open Short
		\draw (0,3) to [open,l=$e_i$,o-o]  (0,0) % input
			(0,3) to  [R, l^= $R_1$,-*] (3,3)	%R1
			(3,3) to  [L, l^= $L$,-*] (3,0)	%C1
			(3,3) to [R, l^= $R_2$,-* ] (6,3)	%R2
			(6,3) to  [C, l^= $C$,-*] (6,0)	%C2
			(8,3) to [open,l_=$e_o$,o-o]  (8,0) 	% output
			(0,0) -- (8,0) % wire in bottom 
			(6,3) -- (8,3) % wire to output	
			;
			
		% Current flows in tikz
		\draw[thin, <-, >=triangle 45] (1.5,1.5) node{$i_1$}   ++(-90:0.75) arc (-90:100:0.75);
		\draw[thin, <-, >=triangle 45] (4.5,1.5) node{$i_2$}   ++(-90:0.75) arc (-90:100:0.75);
%		\node (phi) at (4.25,0.5) {$i_2$};
%		\draw[-stealth]  (4.25,2.5) to [bend left=90] (phi);  
	\end{circuitikz}
%	\begin{circuitikz}
%		%\draw (0,4) to [open,v^>=$v_1(t)$,o-o]  (0,0) -- Open Short
%		\draw (0,4) to [open,l^=$e_1$,o-o]  (0,0) 
%		(0,4) to  [R,i>=$\phi_1$, l^= $\mathscr{R}_{1}$,v_>=$\mathscr{F}_1$, color=purple] (4,4) 
%	    (4,0) -- (0,0) 
%	     (4,4) to [R,i^>=$\phi_2$, l^= $\mathscr{R}_{2}$,v_>=$\mathscr{F}_2$, color=blue] (4,0)
%		(4,4) to [R,l^= $\mathscr{R}_{3}$,v_>=$\mathscr{F}_3$, color=red] (8,4)
%		(8,4) to [R,i^>=$\phi_3$, l^= $\mathscr{R}_{g}$,v_>=$\mathscr{F}_g$, color=cyan] (8,0)
%		(8,0) to [R, l^= $\mathscr{R}_{4}$,v_>=$\mathscr{F}_4$, color=green] (4,0);
%		\draw[thin, <-, >=triangle 45] (6,2) node{$\phi_3$}   ++(-90:1) arc (-90:100:1);
%		\draw[thin, <-, >=triangle 45] (2,2) node{$\phi_2$}   ++(-90:1) arc (-90:100:1);
%%		\node (phi) at (4.25,0.5) {$\phi_2$};
%%		\draw[-stealth]  (4.25,2.5) to [bend left=90] (phi);  
%	\end{circuitikz}
	\label{fig:q1fig}
\end{document}