Here is my attempt using TikZ
and Circuitikz
as suggested by @Rmano.
Circuitikz
package is used only to add capacitor elements, it loads TikZ
package.
arrows.meta
library is used to create OUT element.
shapes
library is used to add cross shape to the PL element.
Here is the corresponding code (not an optimized version):
\documentclass[border=0.2cm]{standalone}
\usepackage{circuitikz}
\usetikzlibrary{arrows.meta,positioning,shapes}
\begin{document}
\begin{tikzpicture}[thick]
\ctikzset{
capacitors/scale=0.7,
capacitors/thickness=0.8,
}
\draw (-4.5,2.5) node[above]{$L_1$} -- ++(0,-5);
\draw (-4.5,2.2) -- ++(0.75,0)node{$\bullet$} -- ++(45:0.5) node[midway,below=0.2cm]{$I/1$}
++(0.1,-0.353)node{$\bullet$} -- ++(0.25,0) edge[dashed] ++(0.5,0)++(0.5,0.3) -- ++(0,-5)node[midway](a){};
\draw (-4.5,0) -- ++(0.75,0)node{$\bullet$} -- ++(45:0.5) node[midway,below=0.2cm]{$I/2$}
++(0.1,-0.353)node{$\bullet$} -- ++(0.25,0) edge[dashed] (a.center);
\draw (a.center) to[C,l=$I/1$] ++(2,0)to[C,l=$I/2$] ++(1.5,0) coordinate(b);
\draw [-{Parenthesis[reversed,scale=3]}] (b) -- ++(0.25,0) node[right=-0.2cm]{OUT} node[above right=0.2cm and -0.1cm]{$O/2$} ;
\draw [{Parenthesis[reversed,scale=3]}-] (b)++(0.9,0) -- ++(0.75,0) coordinate(c);
\draw (c) -- ++(0,2.5)
(c) -- ++(0,-2.5)
(c) -- ++(1.95,0) coordinate(d)
-- ++ (0,2.5) node[above]{$L_2$}
(d) -- ++(0,-2.5);
\path (c) -- (d) node[midway,cross out,draw,minimum size=0.8cm]{};
\path (c) -- (d) node[midway,circle,draw,fill=white](PL){PL};
\draw[dotted,white] (c) -- ++(0.25,0);
\node at (-3.55,3.25){Input};
\node at (3.55,3.25){Output};
\end{tikzpicture}
\end{document}
which yields:

circuitikz
package. Please try to write some code and post a MWE of specific issues you can't deal with. Indeed, your question falls in the 'do it for me' category and is not a reasonable question to ask on this website.circuitikz
and plain TikZ, given that the former has no symbols similar to the "(out)" and the "PL" (but it's not difficult to build them). And no, there is not a straightforward way to convert a generic image to LaTeX code, but you can always import the image and use it if you want.