corrections due to new circuittikz version

exercise/fig/ex01/sfigQualitativeInductorCurrentDuringBCM.tex

@@ -8,7 +8,7 @@
         \begin{axis}[
                 domain=0:15,
                 xmin=0, xmax=7,
-                ymin=-1.5, ymax=2.5,
+                ymin=-1.75, ymax=2.5,
                 samples=500,
                 axis y line=center,
                 axis x line=middle,

exercise/fig/ex02/sFig_diode_sw_off_esb.tex

@@ -1,7 +1,7 @@
 \begin{solutionfigure}[htb]
     \centering
     \begin{circuitikz}[european currents,european resistors,american inductors]
-        \draw (0,2) to [open, o-o, v = $\hspace{2cm}u_2(t)$, voltage = straight] ++(0,-2)
+        \draw (0,2) to [open, o-o, v^= $u_2(t)$, voltage = straight] ++(0,-2)
         to ++(-5.3,0);
         \draw (0,2) to (2,2);
         \draw (2,0) to (0.05,0);
@@ -13,7 +13,7 @@
         to [short, -o, i=$i_2(t)$] (0,2) 
         (S.mid) to [short, o-*](\x1,0);
         \draw (-1.5,2) to [capacitor, *-*, l=$C$, i>^=$i_\mathrm{C}(t)$] ++(0,-2);
-        \draw (-6,2) to [open, v>=$u_1(t)\hspace{0.3cm}$, voltage = straight] ++(0,-2);
+        \draw (-6,2) to [open, v>=$u_1(t)$, voltage = straight] ++(0,-2);
         \draw (-5,0)  to [short, -o]  ++(-1,0);
         \draw (-5.75,2) to [short, -o] ++(-0.25,0);
     \end{circuitikz}

exercise/fig/ex05/Fig_B2U_TopologyWithCapactiveFiltering.tex

@@ -7,8 +7,8 @@
                 \draw
                 % Base point for voltage supply
                 (0,0) coordinate (jU1v)
-                % Add supply U1 [open, o-o, v = $u_1(t)\hspace{0.5cm}$, voltage = straight]
-                (jU1v) to [open, o-o, v = $u_1(t)\hspace{0.5cm}$, voltage = straight] ++(0,-2) coordinate (jU1g)
+                % Add supply U1 
+                (jU1v) to [open, o-o, v = $u_1(t)$, voltage = straight] ++(0,-2) coordinate (jU1g)
                 % Add arrow and Text
                 (jU1v) ++(0.5,0) node[currarrow](I1){}  
                 (I1)  node[anchor=south,color=black]{$i_\mathrm{1}(t)$}  

exercise/fig/ex05/Fig_BoostConverter_with_Rectifiers.tex

@@ -5,7 +5,7 @@
         \begin{center}
             \begin{circuitikz}[european currents,european resistors,american inductors]
          % Input rectifier
-         \draw (0,0) to [open, o-o, v = $u_1(t)\hspace{0.5cm}$, voltage = straight] ++(0,-2) coordinate (A)
+         \draw (0,0) to [open, o-o, v = $u_1(t)$, voltage = straight] ++(0,-2) coordinate (A)
          (0,0) to [short, i>^=$i_1(t)$] ++(0.75,0) to [short, -*] ++(0.75,0)
          to [diode, l=$D_1$]  ++(0,1.5)
          to [short, -*] ++(1.5,0) coordinate (C)
@@ -27,7 +27,7 @@
          (D) to [short] ++(1.5,0) coordinate (H)
          to [short] (DCDC.port1 -| H) -- ++(0.5,0)
          to [currtap, name=ct1] (DCDC.port1)
-         (DCDC.port4 -| G) to [open,v = $u'(t)\hspace{0.5cm}$, voltage = straight] (DCDC.port1 -| G);
+         (DCDC.port4 -| G) to [open,v = $u'(t)$, voltage = straight] (DCDC.port1 -| G);
 
          % Inner part
          \draw (DCDC.port4) to [L, l=$L$] ++(1.75,0) coordinate (boostup)

exercise/fig/ex06/Fig_B6C_ConverterWithMotorLoad.tex

@@ -51,17 +51,17 @@
                 % Add wire T2-T3-T6
                 (D2bot) to [short, -*] (D4bot) to [short, -*] (D6bot)
                 % Add voltage arrow u2(t) between Dtop and Dbot
-                (jL1) to [open, v^>=$\hspace{0.5cm}u_2(t)$, voltage = straight] (D6bot-|jL1)                
+                (jL1) to [open, v^>=$u_2(t)$, voltage = straight] (D6bot-|jL1)                
                 % Add voltage arrow u2+n(t) between Dtop and neutral
                 (D1top) ++(-0.2,0) to [open, v_>=$u_\mathrm{2,p}(t)$, voltage = straight] ++(-5.5,0)
                 % Add voltage arrow u2-n(t) between Dbot and neutral
                 (D2bot) ++(-0.2,0) to [open, v_>=$u_\mathrm{2,m}(t)$, voltage = straight] ++(-5.5,0)
                 % Add voltage arrow between AC source a and b
-                (A) to [open, v^>=$\hspace{0.75cm}u_{1\mathrm{ab}}(t)$, voltage = straight] (B)
+                (A) to [open, v^>=$u_{1\mathrm{ab}}(t)$, voltage = straight] (B)
                 % Add voltage arrow between AC source b and c
-                (B) to [open, v^>=$\hspace{0.75cm}u_{1\mathrm{bc}}(t)$, voltage = straight] (C)
+                (B) to [open, v^>=$u_{1\mathrm{bc}}(t)$, voltage = straight] (C)
                 % Add voltage arrow between AC source a and c
-                (-0.5,-2*\vd) to [open, v^>=$u_{1\mathrm{ca}}(t)\hspace{0.75cm}$, voltage = straight] (-0.5,0);
+                (-0.5,-2*\vd) to [open, v^>=$u_{1\mathrm{ca}}(t)$, voltage = straight] (-0.5,0);
             \end{circuitikz}
         \end{center}
         \caption{B6C converter at a motor load.}

exercise/fig/ex06/Fig_M3C_Converter_With_RL_Load.tex

@@ -21,7 +21,7 @@
       \draw (L2bend) to [thyristor] ++(1.25,0) coordinate (D2end);
       \draw (L2cend) to [thyristor] ++(1.25,0) coordinate (D3end) to [short, -*] (D2end) to [short, -*] (D1end);
       \draw (D1end) to [short] ++(0.5,0) coordinate (u2) to [short, i=$i_2(t)$] ++(0.75,0) to [L, l=$L$] ++(2,0) coordinate (Ctop) to [short, i = $i_\mathrm{R}(t)$] ++(1.5,0) to [R, l=$R$] (Rend -| \tikztostart) to (Rend); 
-      \draw (u2) to [open, v^>=$\hspace{0.5cm}u_2(t)$, voltage = straight] (Rend -| \tikztostart);
+      \draw (u2) to [open, v^>=$u_2(t)$, voltage = straight] (Rend -| \tikztostart);
     \end{circuitikz}%
   \end{center}
   \caption{M3C topology with an input three-phase transformer and an RL-load.}

exercise/fig/ex07/Fig_ThreePhaseInverter_6StepMode.tex

@@ -5,10 +5,10 @@
         \begin{center}
             \begin{circuitikz}
                 % Add voltage U1p
-                \draw (0,0) coordinate (U1p) to [open, o-o, v = $\frac{U_1}{2}\hspace{0.5cm}$, voltage = straight] ++(0,-2.5) coordinate (Gnd)
+                \draw (0,0) coordinate (U1p) to [open, o-o, v = $\frac{U_1}{2}$, voltage = straight] ++(0,-2.5) coordinate (Gnd)
                 (Gnd) ++ (-0.4,0) node[rground](){} coordinate (GndSymb)
                 (Gnd) to [short,-] (GndSymb)
-                (Gnd) to [open, -o, v = $\frac{U_1}{2}\hspace{0.5cm}$, voltage = straight] ++(0,-2.5) coordinate (U1m)
+                (Gnd) to [open, -o, v = $\frac{U_1}{2}$, voltage = straight] ++(0,-2.5) coordinate (U1m)
                 % Add current
                 (U1p) to [short, o-, i=$i_1(t)$] ++(2,0) coordinate (jT1c)
                 % Add T1
@@ -112,9 +112,6 @@
                 % Add voltage arrow un0
                 (Gnd3) ++(0,2.8) to [open,v^=$$,voltage = straight] ++(0,-3.01)
                 (Gnd3) ++ (-0.7,1.2) node[anchor=north,color=black,rotate = 90]{$u_\mathrm{2n0}(t)$};
-
-
-
             \end{circuitikz}
         \end{center}
         \caption{Three-phase inverter in six-step mode.}

exercise/fig/ex07/Fig_subtask1.4.tex

@@ -122,7 +122,6 @@
     \end{solutionblock}
     \end{axis}             
     \end{tikzpicture}
-    \caption{Output current $i_\mathrm{2}(t)$, its fundamental wave $i^\mathrm{(1)}_\mathrm{2}(t)$,
-     its harmonics $i^{(\mathrm{h})}_\mathrm{2}(t)$, and input current $i_\mathrm{1}(t)$ }
+    \caption{Output current $i_\mathrm{2}(t)$, its fundamental component $i^\mathrm{(1)}_\mathrm{2}(t)$, its harmonics $i^{(\mathrm{h})}_\mathrm{2}(t)$, and input current $i_\mathrm{1}(t)$.}
     \label{sfig:ex07_sub1.4_current_and_components}
    \end{figure}

exercise/fig/ex07/Single-phase_DC_Inverter.tex

@@ -6,7 +6,7 @@
     \begin{center}
         \begin{circuitikz}
             % Add voltage U1p
-            \draw (0,0) coordinate (U1) to [open, o-o, v = $U_1\hspace{0.5cm}$, voltage = straight] ++(0,-5.5) coordinate (Gnd)
+            \draw (0,0) coordinate (U1) to [open, o-o, v = $U_1$, voltage = straight] ++(0,-5.5) coordinate (Gnd)
             % Add current
             (U1) to [short, o-, i=$i_1(t)$] ++(2,0) coordinate (jT1c)
             % Add T1
@@ -55,7 +55,7 @@
            % (ju2x) ++(0,-0.8) to [open,v^=$u_\mathrm{2}(t)$,voltage = straight] ++(3.8,0);
         \end{circuitikz}
     \end{center}
-    \caption{Single-phase AC-DC converter}
+    \caption{Single-phase AC-DC converter.}
     \label{fig:Fig_Single-phase_DC_Inverter}
 \end{figure}
 

exercise/main.tex

@@ -1,7 +1,7 @@
 \documentclass[solution]{../course_template/exerciseClass}
 \title{Power Electronics}
 
-\includeonly{tex/exercise07}
+%\includeonly{tex/exercise07}
 
 \begin{document}
     \include{tex/exercise01}

lecture/main.ist

@@ -1,5 +1,5 @@
 % makeindex style file created by the glossaries package
-% for document 'main' on 2025-2-4
+% for document 'main' on 2025-2-7
 actual '?'
 encap '|'
 level '!'

lecture/tex/Lecture01.tex

@@ -727,9 +727,9 @@ \subsection{Linear vs. switched power conversion}
 	\frametitle{Linear power conversion}
 	\begin{figure}
 		\begin{circuitikz}[]
-			\draw (0,2) to [open, o-o, v = $\hspace{2cm}u_2(t)$, voltage = straight] ++(0,-2)
+			\draw (0,2) to [open, o-o, v^=$u_2(t)$, voltage = straight] ++(0,-2)
 			to ++(-6,0)
-			to [open, o-o, v<= $u_1(t) \hspace{2cm}$, voltage = straight] ++(0,2)
+			to [open, o-o, v^<= $u_1(t)$, voltage = straight] ++(0,2)
 			to [european resistor, R=$R_1$] ++(4,0) 
 			to ++(2,0)
 			(-2,0) to [variable european resistor, *-*, l=$R_2$] (-2,2);
@@ -759,9 +759,9 @@ \subsection{Linear vs. switched power conversion}
 			\begin{figure}
 				\onslide<1->{
 				\begin{circuitikz}[]
-					\draw (0,2) to [open, o-o, v = $\hspace{2cm}u_2(t)$, voltage = straight] ++(0,-2)
+					\draw (0,2) to [open, o-o, v^= $u_2(t)$, voltage = straight] ++(0,-2)
 					to ++(-5.5,0)
-					to [open, o-o, v<= $u_1(t) \hspace{2cm}$, voltage = straight] ++(0,2)
+					to [open, o-o, v^<= $u_1(t)$, voltage = straight] ++(0,2)
 					(-5.5,2) to ++(1.25,0) node [nigbt, anchor=C, rotate=90](nigbt1){}
 					(nigbt1.E) to [short, i=$i_2(t)$] (0,2);
 					\draw node[rectangle, draw, anchor = north] (r) at (nigbt1.B) {Linear amplifier}
@@ -793,7 +793,6 @@ \subsection{Linear vs. switched power conversion}
 						xmin=0, xmax=5,
 						xtick={0,1,2,3,4},
 						ytick={0,1,2,3,4,5},
-						%no x/y ticks displayed
 						xticklabels={},
 						yticklabels={},
 						domain=0:5,
@@ -844,9 +843,9 @@ \subsection{Linear vs. switched power conversion}
 			\begin{figure}
 				\onslide<1->{
 				\begin{circuitikz}[]
-					\draw (0,2) to [open, o-o, v = $\hspace{2cm}u_2(t)$, voltage = straight] ++(0,-2)
+					\draw (0,2) to [open, o-o, v^=$u_2(t)$, voltage = straight] ++(0,-2)
 					to ++(-5,0)
-					to [open, o-o, v<= $u_1(t) \hspace{2cm}$, voltage = straight] ++(0,2)
+					to [open, o-o, v^<= $u_1(t)$, voltage = straight] ++(0,2)
 					(-5,2) to ++(1.25,0) node [cuteopenswitchshape, anchor = out, rotate=180] (S) {}
 					let \p1 = (S.mid) in (S.in) to (0,2)
 					([yshift = -0.3cm]S.mid) to [short, o-*](\x1,0);
@@ -1067,14 +1066,14 @@ \subsection{Linear vs. switched power conversion}
 
 					\node[] (A) at (0,0) {
 						\begin{circuitikz}[]
-							\draw (0,2) to [open, o-o, v = $\hspace{2cm}u_2(t)$, voltage = straight] ++(0,-2)
+							\draw (0,2) to [open, o-o, v^= $u_2(t)$, voltage = straight] ++(0,-2)
 							to ++(-6,0)
-							to [open, o-o, v<= $u_1(t) \hspace{2cm}$, voltage = straight] ++(0,2)
+							to [open, o-o, v^<= $u_1(t)$, voltage = straight] ++(0,2)
 							(-6,2) to ++(1.25,0) node [cuteopenswitchshape, anchor = out, rotate=180] (S) {}
 							let \p1 = (S.mid) in (S.in) to [inductor, l_=$L$] (0,2) 
 							([yshift = -0.3cm]S.mid) to [short, o-*](\x1,0);
 							\draw (-0.75,2) to [capacitor, *-*, l_=$C$] (-0.75,0);
-							\draw (-3.5,2) to [open, v = $\hspace{1.75cm}u_\mathrm{s}(t)$, voltage = straight] ++(0,-2);
+							\draw (-3.5,2) to [open, v^= $u_\mathrm{s}(t)$, voltage = straight] ++(0,-2);
 						\end{circuitikz}
 					};
 					\pause	
@@ -1595,21 +1594,21 @@ \subsection{Linear vs. switched power conversion}
 			&
 			\onslide<2->{
 			{\large
-			$ i(t) =C \frac{}{ t}u(t)$
+			$ i(t) =C \frac{\mathrm{d}}{\mathrm{d}t}u(t)$
 			}
 			}
 			\vspace{0.5cm}
 			&
 			\onslide<3->{
 			{\large
-			$u(t) =L \frac{}{ t}i(t)$
+			$u(t) =L \frac{\mathrm{d}}{\mathrm{d}t}i(t)$
 			}
 			}
 			\vspace{0.5cm}
 			&
 			\onslide<4->{
 			{\large
-			$\bm{u}(t) =\bm{L} \frac{}{ t}\bm{i}(t)$
+			$\bm{u}(t) =\bm{L} \frac{\mathrm{d}}{\mathrm{d}t}\bm{i}(t)$
 			}
 			}
 			\vspace{0.5cm}