Change some details and remove some additional tasks

rapport/results.tex

@@ -36,7 +36,7 @@
 \section{Prestudy}
 Since not much was known about the project at this time, it was difficult to find relevant papers on the topic of the standards.  Most of the literature was found during the project as new problems was found along the way.
 
-\section{Initial measurement of the old equipment}
+\section{Examination and initial measurement of the old equipment}
 
 \hl{Peta in här någonstans att det var lite krångel att få fart på utrustningen och att det behövdes en del felsökning?}
 

rapport/theory.tex

@@ -93,7 +93,7 @@ The general characteristics in common for all pulses are the DC voltage $U_A$, t
 	\caption{The common properties of the pulses.}
 \end{figure}
 
-An important observation is that the definition of the surge voltage, $U_s$, differs in ISO~7637 and ISO~16750 as seen in \autoref{sec:us_difference}. \hl{In this report, only the definition from ISO~7637 is used.}
+An important observation is that the definition of the surge voltage, $U_s$, differs in ISO~7637 and ISO~16750 as depicted in \autoref{sec:us_difference}. \hl{In this report, only the definition from ISO~7637 is used.}
 
 \todo[Se till att fixa till referenserna här]
 \todo[Bestäm mig ifall jag ska använda båda definitionerna av $U_S$ eller bara ena]
@@ -138,8 +138,6 @@ In the standard there are two additional timings associated to this pulse, $t_2$
     \label{tab:pulse1}
 \end{table}
 
-\todo[En bild på kretsen som orsakar pulsen.]
-
 \subsection{Test pulse 2a}
 This pulse simulates the event of a load, parallel to the DUT, being disconnected. The inductance in the wiring harness will then generate a positive voltage transient on the DUT's supply lines. distinguishable when seen on a oscilloscope.
 
@@ -174,8 +172,6 @@ This pulse simulates the event of a load, parallel to the DUT, being disconnecte
     \label{tab:pulse2a}
 \end{table}
 
-\todo[En bild på kretsen som orsakar pulsen.]
-
 \subsection{Test pulse 3a and 3b}
 Test pulse 3a and 3b simulates transients ``which occur as a result of the switching process'' as stated in the standard \cite{iso_7637_2}. The formulation is not very clear, but is interperted and explained by Frazier and Alles \cite{comparison_iso_7637_real_world} to be the result of a mechanical switch breaking an inductive load. These transients are very short, compared to the other pulses, and the repetition time is very short. The pulses are sent in bursts, grouping a number of pulses together and separating groups by a fixed time.
 
@@ -227,8 +223,6 @@ These pulses contain high frequency components, up to 100~MHz, and special care
     \label{tab:pulse3}
 \end{table}
 
-\todo[En bild på kretsen som orsakar pulsen.]
-
 \subsection{Load dump Test A}
 The Load dump Test A simulates the event of disconnecting a battery that is charged by the vehicles alternator, the current that the alternator is driving will give rise to a long voltage transient.
 
@@ -267,8 +261,6 @@ Prior to 2011, the Load dump Test A was part of the ISO~7637-2 standard under th
     \label{tab:loadDumpTestA}
 \end{table}
 
-\todo[En bild på kretsen som orsakar pulsen.]
-
 \subsection{Test setup}
 During a test, the nominal voltage is first applied between the plus and minus terminal of the DUT's power supply input. Then a series of test pulses are applied between the same terminals. The pulses are repeated at specified intervals, $t_1$, as depicted in \autoref{fig:doubleexprep}.
 \todo[Snygg bild på uppkoppling och kopplingsnätverk.].