SuperminarenandClaude Sonnet 5.5
f7fa8cfbc1
- Sections and slides rewritten in Swedish; German law and institutions replaced by Swedish/CEPT/ITU equivalents (PTS, SSA, PTSFS 2025:1, SSMFS 2008:18), unverified statements marked "% TODO VERIFY" - New toc: INSTEG, HAREC, UPPGRADERING; section idents are Swedish (see ident-map.tsv) - Exam-question tags, BNetzA question pool, solutions and the German SWL course removed - Static pages, snippets, applets, READMEs and image alt-texts translated - TikZ labels translated; SVG drawings regenerated (drawing 689 still fails to build upstream: it references a missing photo) - Changed from the original: not endorsed by DARC e.V., SSA or PTS Co-Authored-By: Claude Sonnet 5.5 <[email protected]>
83 lines
3.0 KiB
TeX
83 lines
3.0 KiB
TeX
% Author: Dr. Matthias Jung, DL9MJ
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% Year: 2022
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\begin{tikzpicture}
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%Create shade from 380 nm to 780 nm
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\pgfspectraplotshade{myPlotShadeA}
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% Dashed Lines
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\draw[dashed, gray] (8.38,0) -- (0.5,3);
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\draw[dashed, gray] (8.78,0) -- (20.5,3);
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% Lambda Skala:
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\draw[>=triangle 60, ->](-0.5,0) -- ++(22.0,0) coordinate(c1);
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\draw(c1) ++ (0.5,0) node(){$\lambda$~[m]};
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\foreach \x [evaluate={\i=int(\x+15)}] in {-15,...,6}{
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\draw (\i,-0.15) -- (\i,0.15) coordinate(c2);
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\draw[gray](c2) ++ (0,0.35) node(){$10^{\x}$};
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}
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% Beschriftung Lambda:
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\draw(0,1) node(){\SI{1}{\femto\metre}}
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++(3,0) node(){\SI{1}{\pico\metre}}
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++(3,0) node(){\SI{1}{\nano\metre}}
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++(3,0) node(){\SI{1}{\micro\metre}}
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++(3,0) node(){\SI{1}{\milli\metre}}
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++(1,0) node(){\SI{1}{\centi\metre}}
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++(2,0) node(){\SI{1}{\metre}}
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++(3,0) node(){\SI{1}{\kilo\metre}}
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++(3,0) node(){\SI{1}{\mega\metre}};
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% Hintergrund zur Berechnung:
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% c = \lambda \cdot f
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% f = \frac{c}{\lambda} | log(...)
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% log(f) = log(c) - log(\lambda)
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% log(c=299792458) = 8.47682070293
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% 1-0.47682070293 = 0.52317929707
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% Frequency Skala:
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\draw[>=triangle 60, <-](-0.5,-2) coordinate(c3) -- ++(22.0,0);
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\draw(c3) ++ (-0.5,0) node(){$f$~[\SI{}{\hertz}]};
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\foreach \x [evaluate={\i=int(\x+15);\exp=int(8-\x)}] in {-15,...,6}{
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\draw (\i+0.52317929707,-2.15) -- (\i+0.52317929707,-1.85) coordinate(c5);
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\draw[gray](c5) ++ (0,-0.65) node(){$10^{\exp}$};
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}
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% Beschriftung Lambda:
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\draw(2+0.52317929707,-3) node(){\SI{1}{\zetta\hertz}}
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++(3,0) node(){\SI{1}{\exa\hertz}}
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++(3,0) node(){\SI{1}{\peta\hertz}}
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++(3,0) node(){\SI{1}{\tera\hertz}}
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++(3,0) node(){\SI{1}{\giga\hertz}}
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++(3,0) node(){\SI{1}{\mega\hertz}}
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++(3,0) node(){\SI{1}{\kilo\hertz}};
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%Create shade from 380 nm to 780 nm
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\fill[shading=myPlotShadeA] (8.38,0) rectangle (8.78,-2);
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% Begriffe
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\draw( 1.00,-0.75) node[fill=white](){Kosmisk strålning};
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\draw( 2.50,-1.25) node[fill=white](){Gammastrålning};
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\draw( 5.00,-0.75) node[fill=white](){Röntgenstrålning};
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\draw( 7.50,-1.50) node[fill=white](){Ultraviolett};
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\draw( 8.60,-1.00) node[fill=white](){Ljus};
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\draw( 9.50,-0.50) node[fill=white](){Infrarött};
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\draw(11.00,-1.00) node[fill=white](){Terahertzstrahlung};
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\draw(12.50,-0.50) node[fill=white](){Radar};
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\draw(13.25,-1.50) node[fill=white](){Mikrovågsstrålning};
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\draw(16.50,-1.00) node[fill=white](){Radiovågor};
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\draw(20.50,-1.00) node[fill=white](){Växelströmmar};
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\draw[>=triangle 60, ->](-0.5,3) -- ++(22.0,0) coordinate(c6);
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\draw(c1) ++ (0.6,3) node(){$\lambda$~[\SI{}{\nano\metre}]};
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\fill[shading=myPlotShadeA] (0.5,3.5) rectangle (20.5,4.0);
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\foreach \x [evaluate={\i=int(380+\x*20)}] in {0,...,20}{
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\draw (\x+0.5,3.15) -- (\x+0.5,2.85) coordinate(c7);
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\draw(c7) ++ (0,-0.35) node(){$\i$};
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}
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\end{tikzpicture} |