reword

Final.tex

@@ -152,10 +152,13 @@ conditions under which the op-amp amplifies higher and lower
 frequencies than would be specified under generic ``open-loop gain'':
 for example, the LM741 datasheet documents the \textit{Open-Loop
   Large-Signal Differential Voltage Amplification} as a function of
-frequency, as seen in Figure \ref{img:lm741_oclsg}. This differs from
-``open-loop gain'' in that the operating output is known to be a
-meaningful fraction of the supply voltage; here, it is
-$V_o = \SI{10}{V}$ for $V_{CC} = \pm \SI{15}{V}$.
+frequency, as seen in Figure \ref{img:lm741_oclsg}. Despite being
+closely related to ``open-loop gain'', it is distinct in that it is
+measured with an output load (in this case, $R_L = \SI{2}{\kohm}$),
+and under conditions such that the load is significant, i.e. that the
+operating output is known to be a meaningful fraction of the supply
+voltage \cite{b1}. Here, it is $V_o = \SI{10}{V}$ for
+$V_{CC} = \pm \SI{15}{V}$.
 
 \begin{figure}[h]
   \caption{The large-signal open-loop gain of the LM741}