diff --git a/paper/paper.tex b/paper/paper.tex
index 6cc2d35..aef8e1b 100644
--- a/paper/paper.tex
+++ b/paper/paper.tex
@@ -586,6 +586,52 @@ performance parameters.
     \qty{35}{\milli\meter} and inner diameter \qty{15}{\milli\meter}.}
 \end{table*}
 
+\subsection{Inductance and Frequency Behavior of Larger Coils}
+
+\begin{table}
+    \begin{tabular}{cc|cc|ccc|c}
+        $d_1$&
+        $d_2$&
+        $n$&
+        $k$&
+        $L$&
+        $R_\text{ESR}$&
+        $f_\text{Res}$&
+        $C_\text{p}$\\
+        $\left[\unit{\milli\meter}\right]$&
+        $\left[\unit{\milli\meter}\right]$&
+        &
+        &
+        $\left[\unit{\micro\henry}\right]$&
+        $\left[\unit{\ohm}\right]$&
+        $\left[\unit{\mega\hertz}\right]$&
+        $\left[\unit{\pico\farad}\right]$\\\hline
+        $25$&$40$&$1$   &$150$& $5.00$&         $11.0$&          N/A&              N/A\\
+        $25$&$40$&$53$  &$1$&   $120$&          $\mathbf{19.6}$& $18.0$&           $0.65$\\
+        $25$&$40$&$53$  &$50$&  $121$&          $22.6$&          $\mathbf{27.5}$&  $\mathbf{0.28}$\\
+        $25$&$40$&$53$  &$100$& $123$&          $26.9$&          $26.5$&           $0.29$\\
+        $25$&$40$&$53$  &$150$& $\mathbf{125}$& $33.2$&          $24.0$&           $0.35$\\\hline
+        $50$&$65$&$1$   &$300$& $10.2$&         $21.9$&          N/A&              N/A\\
+        $50$&$65$&$53$  &$1$&   $270$&          $\mathbf{35.7}$& $10.0$&           $0.94$\\
+        $50$&$65$&$53$  &$100$& $272$&          $41.9$&          $\mathbf{15.8}$&  $\mathbf{0.37}$\\
+        $50$&$65$&$53$  &$200$& $277$&          $50.1$&          $13.3$&           $0.52$\\
+        $50$&$65$&$53$  &$300$& $\mathbf{280}$& $65.0$&          $13.8$&           $0.48$\\\hline
+        $75$&$90$&$1$   &$480$& $17.3$&         $35.5$&          N/A&              N/A\\
+        $75$&$90$&$53$  &$1$&   $441$&          $\mathbf{50.7}$& $7.00$&           $1.17$\\
+        $75$&$90$&$53$  &$160$& $444$&          $60.8$&          $\mathbf{10.0}$&  $\mathbf{0.57}$\\
+        $75$&$90$&$53$  &$320$& $461$&          $76.2$&          $8.75$&           $0.72$\\
+        $75$&$90$&$53$  &$480$& $\mathbf{470}$& $92.9$&          $8.00$&           $0.84$\\
+    \end{tabular}
+    \caption{Inductor sample design parameters and measured characteristics for a number of physically larger,
+    ring-shaped inductors. $L$ and $R_\text{ESR}$ have been measured with a Keysight U1733C handheld LCR meter.
+    $f_\text{Res}$ has been measured with a LiteVNA VNA. $C_p$ has been calculated for the simple parallel LC resonator
+    model from $f_\text{Res}$ and $L$. $f_\text{Res}$ could not be measured for the $n=1$ case since these are just
+    planar toroidal inductors, which show different resonance characteristics compared to planar spiral or multi-turn
+    twisted inductors.}
+    \label{tab_wide_coils}
+\end{table}
+
+
 \subsection{Coupling and its Sensitivity to Radial Offset}
 
 The key performance criterion in our application is the voltage ripple that appears on the secondary side of a WPT link