@@ 6,13 6,13 @@ 
 	\textbf{Parameter} & \textbf{Min} & \textbf{Typical} & \textbf{Max} & \textbf{Unit} & \textbf{Section}\\
 \hline\hline
 	Supply voltage (recommended) & 5.5 & --- & 9.0\tnote{1} & V & \ref{sec:voltage}\\ \hline
-	Supply voltage (tested) & 5.0 & --- & 8.5\tnote{1} & V & TODO\\ \hline
-	Supply current & TODO & --- & TODO & mA & TODO\\ \hline
+	Supply voltage (tested) & 5.0 & --- & 10.0\tnote{1} & V & --- \\ \hline
+	Supply current\tnote{2} & 14 & 16.4 & 21 & mA & --- \\ \hline
 \hline
-	Audio output voltage & 0 & $\pm$0.32 & $\pm$0.73 & V & measured\\ \hline
-	PTT output voltage\tnote{2} & 0 & --- & 3.3 & V & --- \\ \hline
-	Transmitter PTT voltage (PTT-off)\tnote{3} & --- & --- & 10 & V & --- \\ \hline
-	Transmitter PTT current (PTT-on)\tnote{3} & --- & --- & 50 & mA & --- \\ \hline
+	Audio output voltage & 0 & $\pm$0.32 & $\pm$0.73 & V & --- \\ \hline
+	PTT output voltage\tnote{3} & 0 & --- & 3.3 & V & --- \\ \hline
+	Transmitter PTT voltage (PTT-off)\tnote{4} & --- & --- & 10 & V & --- \\ \hline
+	Transmitter PTT current (PTT-on)\tnote{4} & --- & --- & 50 & mA & --- \\ \hline
 \hline
 	Output sample rate & --- & 16384 & --- & Hz & \ref{sec:timing}\\ \hline
 	Output sample bitwidth & --- & 8 & --- & bits & \ref{chap:design-goals} \& \ref{sec:theory}\\ \hline

          
@@ 22,8 22,9 @@ 
 \item[1] The maximum is theoretically the same as LM317's maximum input
 	voltage, however linear voltage regulators aren't particularly
 	efficient when the input-output voltage difference is large.
-\item[2] This is the voltage going to the Baofeng interface's 2N7000 gate.
-\item[3] This is a conservative value.  For the actual maximum, refer to the
+\item[2] Measured on LM317's input powered with 5.0V lab supply.
+\item[3] This is the voltage going to the Baofeng interface's 2N7000 gate.
+\item[4] This is a conservative value.  For the actual maximum, refer to the
 	2N7000 datasheet with a gate voltage of 0V (PTT-off) and 3.3V
 	(PTT-on).
 \end{tablenotes}