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50ohm-contents-dl/contents/drawings/1120.tex
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2026-08-02 23:29:00 +02:00

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% 2026, Prof. Dr. Matthias Jung (DL9MJ)
\begin{tikzpicture}
\tikzset{%
thick arrow/.style={
-{Triangle[angle=90:2pt 1]},
line width=0.75cm,
draw=DARCred!30!white
},
thicker arrow/.style={
-{Triangle[angle=90:2pt 1]},
line width=1.5cm,
draw=DARCred!30!white
},
}
\draw[thicker arrow] (0,0) coordinate(a0)
to [short, name={pdc}] ++(2,0) coordinate(a1);
\path(a1) node[ampshape, boxed, scale=2, anchor=west](amp){};
\draw[thick arrow]
(amp.east) to [short, name={phf}] ++(2,0) coordinate(a2);
\draw[thick arrow]
(amp.south) to [short, name={pv}] ++(0,-1) coordinate(a3);
\draw(a1) node[ampshape, boxed, scale=2, anchor=west](amp){};
%
\draw[DARCred] (pdc) node[](){$P_\mathrm{DC}$};
\draw[DARCred] (phf) node[](){$P_\mathrm{HF}$};
\draw[DARCred] (pv) node[](){$P_\mathrm{V}$};
%
\draw(a3) node[below](){Verluste durch Abwärme und Ruheströme};
\draw(a2) node[right, rotate=-90, anchor=south](){HF Nutzleistung};
\draw(a0) node[right, rotate=+90, anchor=south](){Zugeführte Gleichstromleistung};
\end{tikzpicture}