Lägg till byggmapp för linux. Lägg till en källa. Lyckat dag FML

rapport/linuxbuild/.latexmkrc

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+../.latexmkrc

rapport/linuxbuild/IEEEabrv.bib

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+../setup/IEEEabrv.bib

rapport/linuxbuild/IEEEfull.bib

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+../setup/IEEEfull.bib

rapport/linuxbuild/abstract-swe.tex

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+../abstract-swe.tex

rapport/linuxbuild/abstract.tex

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+../abstract.tex

rapport/linuxbuild/acknowledgments.tex

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+../acknowledgments.tex

rapport/linuxbuild/conclusion.tex

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+../conclusion.tex

rapport/linuxbuild/detaljer.tex

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+../detaljer.tex

rapport/linuxbuild/discussion.tex

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+../discussion.tex

rapport/linuxbuild/introduction.tex

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+../introduction.tex

rapport/linuxbuild/liclist-utf8.tex

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+../tex/liclist-utf8.tex

rapport/linuxbuild/liclist.tex

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+../tex/liclist.tex

rapport/linuxbuild/main.tex

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+../main.tex

rapport/linuxbuild/main_partly_quick.tex

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+../main_partly_quick.tex

rapport/linuxbuild/methods.tex

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+../methods.tex

rapport/linuxbuild/mynotation.sty

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+../setup/mynotation.sty

rapport/linuxbuild/myrefs.bib

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+../myrefs.bib

rapport/linuxbuild/mythesis.sty

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+../setup/mythesis.sty

rapport/linuxbuild/notation.tex

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+../notation.tex

rapport/linuxbuild/phdlist-utf8.tex

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rapport/linuxbuild/phdlist.tex

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+../tex/phdlist.tex

rapport/linuxbuild/results.tex

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+../results.tex

rapport/linuxbuild/rtlic-defs-utf8.sty

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+../tex/rtlic-defs-utf8.sty

rapport/linuxbuild/rtlic-defs.sty

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+../tex/rtlic-defs.sty

rapport/linuxbuild/rtlic.sty

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+../tex/rtlic.sty

rapport/linuxbuild/rtmsc-defs-utf8.sty

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+../tex/rtmsc-defs-utf8.sty

rapport/linuxbuild/rtmsc-defs.sty

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+../tex/rtmsc-defs.sty

rapport/linuxbuild/rtmsc.sty

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+../tex/rtmsc.sty

rapport/linuxbuild/rtphd-defs-utf8.sty

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+../tex/rtphd-defs-utf8.sty

rapport/linuxbuild/rtphd-defs.sty

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+../tex/rtphd-defs.sty

rapport/linuxbuild/rtphd.sty

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+../tex/rtphd.sty

rapport/linuxbuild/rtthesis-caption-defs-utf8.sty

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+../tex/rtthesis-caption-defs-utf8.sty

rapport/linuxbuild/rtthesis-caption-defs.sty

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+../tex/rtthesis-caption-defs.sty

rapport/linuxbuild/rtthesis-captions.sty

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+../tex/rtthesis-captions.sty

rapport/linuxbuild/rtthesis-doc.tex

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+../rtthesis-doc.tex

rapport/linuxbuild/rtthesis-example.sty

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+../tex/rtthesis-example.sty

rapport/linuxbuild/rtthesis-papers-caption-defs-utf8.sty

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+../tex/rtthesis-papers-caption-defs-utf8.sty

rapport/linuxbuild/rtthesis-papers-caption-defs.sty

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+../tex/rtthesis-papers-caption-defs.sty

rapport/linuxbuild/rtthesis-papers-captions.sty

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+../tex/rtthesis-papers-captions.sty

rapport/linuxbuild/rtthesis-papers.sty

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+../tex/rtthesis-papers.sty

rapport/linuxbuild/rtthesis-theorems.sty

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+../tex/rtthesis-theorems.sty

rapport/linuxbuild/rtthesis-utf8-ext.sty

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+../tex/rtthesis-utf8-ext.sty

rapport/linuxbuild/rtthesis.cls

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+../tex/rtthesis.cls

rapport/linuxbuild/theory.tex

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+../theory.tex

rapport/main.pdf

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+linuxbuild/main.pdf

rapport/myrefs.bib

@@ -150,6 +150,25 @@
     note = "Available at \url{https://www.iso.org/files/live/sites/isoorg/files/store/en/PUB100413.pdf}"
 }
 
+@techreport{vishay_hf_resistor,
+    author= {VISHAY INTERTECHNOLOGY, INC.} ,
+    type = {Technical note},
+    key = {ISO 7637-2:2011},
+    month = feb,
+    year = {2009},
+    title = {Frequency Response of Thin Film Chip Resistors},
+    volume = {2009},
+    note = "Available at \url{https://www.vishay.com/docs/60107/freqresp.pdf}"
+}
+
+
+
+
+
+
+
+
+
 %% Exempelreferenser
 @misc{GPIB,
   title="GPIB Hardware and Software Specifications ",

rapport/old.latexmkrc

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-#$ENV{'TEXINPUTS'}='tex//';
-#$ENV{'TEXINPUTS'}='setup//:' . $ENV{'TEXINPUTS'};
-
-
-system("rm build_output/main.pdf" );
-system("rm build_output/main.synctex.gz" );
-system("rm main.pdf" );
-system("rm main.synctex.gz" );
-
-$pdf_mode = 1;
-$pdflatex = 'pdflatex -synctex=1  -aux-directory=build_output -output-directory=build_output -include-directory="./tex" --include-directory="./setup"';
-
-system("cp build_output/main.pdf ." );
-system("cp build_output/main.synctex.gz ." );

rapport/theory.tex

@@ -219,6 +219,10 @@ New, 12 V, open: $U_S 172 \pm 20$ V, matched  $U_S 72 \pm 20$ V \textbf{NOTE, th
 
 \url{https://www.vishay.com/docs/60107/freqresp.pdf}
 
+Källan \cite{vishay_hf_resistor}.
+
+When working with resistors at high frequencies, one must care for the parasitc properties of the resistor.
+
 \section{Measurement}
 There are several measurement methods needed during the project. To verify the test pulses, voltage has to be measured over time. To verify the dummy loads, resistance has to be measured. To verify the attenuators, the magnitude response has to be measured. This chapter describes the necessary measurement theory required for this project.