%Dokumentklasse \documentclass[a4paper,12pt]{scrreprt} \usepackage[left= 2.5cm,right = 2cm, bottom = 4 cm]{geometry} %\usepackage[onehalfspacing]{setspace} % ============= Packages ============= % Dokumentinformationen \usepackage[ pdftitle={Titel der Abschlussarbeit}, pdfsubject={}, pdfauthor={Euer Name}, pdfkeywords={}, %Links nicht einrahmen hidelinks ]{hyperref} % Standard Packages \usepackage[utf8]{inputenc} \usepackage[ngerman]{babel} \usepackage[T1]{fontenc} \usepackage{graphicx,adjustbox,subfig} \graphicspath{{img/}} \usepackage{fancyhdr} \usepackage{lmodern} \usepackage{color} \usepackage[printonlyused]{acronym} \usepackage{placeins} \usepackage{array, booktabs,tabularx} \usepackage{amsfonts} \usepackage{amsmath} \usepackage{siunitx} \usepackage{makecell} \renewcommand*{\arraystretch}{1.5} \newcolumntype{M}{>{$}X<{$}} \usepackage{caption} %Für Tikz \usepackage[usenames,dvipsnames]{color} \usepackage[american,cuteinductors,smartlabels]{circuitikz} \usetikzlibrary{calc} % zusätzliche Schriftzeichen der American Mathematical Society \usepackage{amsfonts} \usepackage{amsmath} \begin{document} \begin{figure} \begin{tikzpicture}[scale=0.8,transform shape,european voltages,circuit ee IEC, font=\sffamily\footnotesize,cute inductor] \def\ctikzscaledim#1#2{% #1: scale %factor, #2: parameter \edef\otmp{\ctikzvalof{#2}} \pgfmathsetmacro{\tmp}{(\otmp)*(#1))}% \pgfkeyslet{\circuitikzbasekey/#2}{\tmp}} \def\ctikzscalediodes#1{% \ctikzscaledim{#1}{bipoles/diode/height} \ctikzscaledim{#1}{bipoles/diode/width} } \ctikzscalediodes{0.5} \draw % DC sources (0,0) to [sV,v^<=$U_{Ein}$] (0,1.5) coordinate (Upp) to [L, l=$L$, i=$i_L$,-*] ++ (3.5,0) coordinate (NE) ++(0,1.72) node (mosfet1) [nigfete,anchor=D,bodydiode]{$S_1$} coordinate (DS1) ++(0,-3.5) node (mosfet2) [nigfete,anchor=D,bodydiode] {$S_2$} coordinate (SS2) (mosfet1.E) -- (mosfet2.C) (mosfet1.C) -| (5.5,3.2) to [D*,l=$D_1$,*-] (5.5,0.5) to [D*,l=$D_2$,-*] (5.5,-2.05) -| (mosfet2.E) (5.5,0) to[short,*-] (0,0) (5.5,-2.05) -| (7.5,3.2) to [C,l_=$C$,*-*] (7.5,-2.05) (5.5,3.2) -- (7.5,3.2) (7.5,3.2) to [short,-o] (9.5,3.2) coordinate (a) (7.5,-2.05) to [short,-o] (9.5,-2.05) coordinate (b) (a) to [open,v=$U_{Aus}$, voltage=straight] ++ (b,-5) \end{tikzpicture} \caption{Version (a) der Totem-Pole Topologie} \label{Totem_1} \end{figure} \begin{figure} \begin{tikzpicture}[scale=0.8,transform shape,european voltages,circuit ee IEC, cute inductor] \tikzset{GaN hemt/.style={hemt, circuitikz/tripoles/hemt/base height=0.6, length of the "base" vertical bar circuitikz/tripoles/hemt/gate height=0.5, distance of the S/D terminals circuitikz/tripoles/hemt/bodydiode conn=0.85, attachment point of body diode circuitikz/tripoles/hemt/gate asym=-0.1, slightly down circuitikz/tripoles/hemt/split gate=true, split gate circuitikz/tripoles/hemt/source arrow=1, right-facing arrow } } } \def\ctikzscaledim#1#2{% #1: scale factor, #2: parameter \edef\otmp{\ctikzvalof{#2}} \pgfmathsetmacro{\tmp}{(\otmp)*(#1))}% \pgfkeyslet{\circuitikzbasekey/#2}{\tmp} } \def\ctikzscalediodes#1{% \ctikzscaledim{#1}{bipoles/diode/height} \ctikzscaledim{#1}{bipoles/diode/width} } \ctikzscalediodes{0.5} \draw % DC sources (0,0) to [sV,v^<=$U_{Ein}$] (0,1.5) coordinate (Upp) to [L, l=$L$, i=$i_L$] ++ (3.5,0) coordinate (NE) % Switches and diodes for leg a ++(0,0.72) node [GaN hemt,name=GaN1] {$S_1$} coordinate (DS1) ++(0,-3.5) node [GaN hemt,name=GaN2] {$S_2$} coordinate (SS2) % --Switch connections for leg a (NE) to[short,*-] (GaN1.E) (GaN1.E) -- (GaN2.C) (GaN1.C) -| (5.5,3) to [D*,l=$D_1$,*-] (5.5,0.5) to [D*,l=$D_2$,-*] (5.5,-2.05) -- (GaN2.E) (5.5,0) to[short,*-] (0,0) (GaN1.C) -| (7.4,2.97) to [C,l_=$C$,*-*] (7.4,-2.05) |- (GaN2.E) (GaN1.C) to [short,-o] (9.4,2.989) coordinate (a) (GaN2.E) to [short,-o] (9.4,-2.05) coordinate (b) (a) to [open,v=$U_{Aus}$, voltage=straight] ++ (f,-5) \end{tikzpicture} \caption{Version (b) der Totem-Pole Topologie} \label{Totem2} \end{figure} \begin{figure} \begin{tikzpicture}[scale=0.8,transform shape,european voltages,circuit ee IEC, font=\sffamily\footnotesize,cute inductor] \tikzset{GaN hemt/.style={hemt, circuitikz/tripoles/hemt/base height=0.6, length of the "base" vertical bar circuitikz/tripoles/hemt/gate height=0.5, distance of the S/D terminals circuitikz/tripoles/hemt/bodydiode conn=0.85, attachment point of body diode circuitikz/tripoles/hemt/gate asym=-0.1, slightly down circuitikz/tripoles/hemt/split gate=true, split gate circuitikz/tripoles/hemt/source arrow=1, right-facing arrow } } \def\ctikzscalediodes#1{% \ctikzscaledim{#1}{bipoles/diode/height} \ctikzscaledim{#1}{bipoles/diode/width} } \ctikzscalediodes{0.5} \draw % DC sources (0,0) to [sV,v^<=$U_{Ein}$] (0,1.5) coordinate (Upp) to [L, l=$L$, i=$i_L$] ++ (3.5,0) coordinate (NE) % Switches and diodes for leg a ++(0,0.72) node [GaN hemt,name=GaN1] {$S_1$} ++(0,-3) node [GaN hemt,name=GaN2] {$S_2$} % % --Switch connections for leg a (NE) to[short,*-] (GaN1.E) (GaN1.E) -- (GaN2.C) % % Switches and diodes for leg b (NE)++(2,0.75) ++(0,0.75) node (mosfet1) [nigfete,anchor=D,bodydiode] {$S_3$} ++(0,-3) node (mosfet2) [nigfete,anchor=D,bodydiode] {$S_4$} % % % --Switch connections for leg b (GaN1.C) to[short,-*] (mosfet1.C) coordinate (a) % (GaN1.E) -| (mosfet1.C) (mosfet1.E) -- (mosfet2.C) (mosfet2.C) to[short,*-] (0,0) (GaN2.E) to[short,-*] (mosfet2.E) coordinate (b) % Capacitor (a) -| ++ (1.5,0) coordinate (c) to [C, l_=$C$, *-*] ++ (0,-4.55) |- (b) coordinate (d) (c) to [short,-o] ++ (2,0) coordinate (e) (d) to [short,-o] ++ (3.5,0) coordinate (f) (e) to [open,v=$U_{Aus}$, voltage=straight] ++ (f,-4.5) \end{tikzpicture} \caption{Version (c) der Totem-Pole Topologie} \label{Totem3} \end{figure} \end{document} gefragt 26 Jun '23, 15:43 azizbouriga stefan ♦♦ |