Radiation diagram of dipole

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1














I would like to realize the radiation diagram of the dipole half-wave on latex but I can't find the good program. May I have the solution or an help please.



I'd like something realize this,



And something like this without arrows










share|improve this question









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Aurélien is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
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  • 3




    Welcome to TeX.SE! The purpose of this site is to exchange information on LaTeX codes. So most of the users here expect you to post some code that shows what you've tried. For newcomers this requirement is sometimes waived but I must say that I do not quite understand what you want to draw. TikZ comes with a decoration expanding waves (see p. 581 of the pgfmanual) and one can draw dipoles with pgfplots, say. Could you perhaps add a sketch of what you want?
    – marmot
    8 hours ago


















1














I would like to realize the radiation diagram of the dipole half-wave on latex but I can't find the good program. May I have the solution or an help please.



I'd like something realize this,



And something like this without arrows










share|improve this question









New contributor




Aurélien is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
















  • 3




    Welcome to TeX.SE! The purpose of this site is to exchange information on LaTeX codes. So most of the users here expect you to post some code that shows what you've tried. For newcomers this requirement is sometimes waived but I must say that I do not quite understand what you want to draw. TikZ comes with a decoration expanding waves (see p. 581 of the pgfmanual) and one can draw dipoles with pgfplots, say. Could you perhaps add a sketch of what you want?
    – marmot
    8 hours ago
















1












1








1







I would like to realize the radiation diagram of the dipole half-wave on latex but I can't find the good program. May I have the solution or an help please.



I'd like something realize this,



And something like this without arrows










share|improve this question









New contributor




Aurélien is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.











I would like to realize the radiation diagram of the dipole half-wave on latex but I can't find the good program. May I have the solution or an help please.



I'd like something realize this,



And something like this without arrows







diagrams






share|improve this question









New contributor




Aurélien is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.











share|improve this question









New contributor




Aurélien is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.









share|improve this question




share|improve this question








edited 2 hours ago





















New contributor




Aurélien is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.









asked 8 hours ago









Aurélien

83




83




New contributor




Aurélien is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.





New contributor





Aurélien is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.






Aurélien is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.








  • 3




    Welcome to TeX.SE! The purpose of this site is to exchange information on LaTeX codes. So most of the users here expect you to post some code that shows what you've tried. For newcomers this requirement is sometimes waived but I must say that I do not quite understand what you want to draw. TikZ comes with a decoration expanding waves (see p. 581 of the pgfmanual) and one can draw dipoles with pgfplots, say. Could you perhaps add a sketch of what you want?
    – marmot
    8 hours ago
















  • 3




    Welcome to TeX.SE! The purpose of this site is to exchange information on LaTeX codes. So most of the users here expect you to post some code that shows what you've tried. For newcomers this requirement is sometimes waived but I must say that I do not quite understand what you want to draw. TikZ comes with a decoration expanding waves (see p. 581 of the pgfmanual) and one can draw dipoles with pgfplots, say. Could you perhaps add a sketch of what you want?
    – marmot
    8 hours ago










3




3




Welcome to TeX.SE! The purpose of this site is to exchange information on LaTeX codes. So most of the users here expect you to post some code that shows what you've tried. For newcomers this requirement is sometimes waived but I must say that I do not quite understand what you want to draw. TikZ comes with a decoration expanding waves (see p. 581 of the pgfmanual) and one can draw dipoles with pgfplots, say. Could you perhaps add a sketch of what you want?
– marmot
8 hours ago






Welcome to TeX.SE! The purpose of this site is to exchange information on LaTeX codes. So most of the users here expect you to post some code that shows what you've tried. For newcomers this requirement is sometimes waived but I must say that I do not quite understand what you want to draw. TikZ comes with a decoration expanding waves (see p. 581 of the pgfmanual) and one can draw dipoles with pgfplots, say. Could you perhaps add a sketch of what you want?
– marmot
8 hours ago












1 Answer
1






active

oldest

votes


















4














for illustration should suffice the following sketch (copied from one of the mine lecture notes):



enter image description here



documentclass[tikz,margin=3.141592]{standalone}
usetikzlibrary{calc, positioning}

begin{document}
begin{tikzpicture}[
node distance = 0pt,
circ/.style = {circle, draw, minimum size=22mm,
node contents={}},
every pin/.style = {align=center}
]
node (n1) [circ];
node (n2) [circ,right=of n1,
pin=60:Field\ Strength];
draw [dash dot]
(n1.north -| n1.east) -- (n1.south -| n1.east)
node[below] {Side view};
draw [thick]
($(n2.east)+(2, 0.1)$) -| ++ (0.2, 1)
($(n2.east)+(2,-0.1)$) -| ++ (0.2,-1)
node[below] {Short Dipole};
end{tikzpicture}
end{document}


addendum: an approximation of provided images ...



documentclass[tikz,margin=3.141592]{standalone}
usetikzlibrary{arrows.meta, bending, calc, positioning}

begin{document}
begin{tikzpicture}[
node distance = 0pt,
circ/.style args = {#1/#2}{circle, draw=#1, fill=#1!30, semitransparent,
minimum size=#2,
node contents={}},
circ/.default = gray/22mm,
every pin/.style = {pin distance=9mm, align=center},
arr/.style = {ultra thick, red, -{Triangle[bend]},
shorten <=-5mm, shorten >=-5mm}
]
foreach R in {0.25,0.5,...,1}
draw[very thin, dashed, gray] (0,0) circle[radius=R*22mm];
foreach ang in {0,30,...,330}
draw[very thin, dashed, gray] (0,0) -- (ang:2.2)
node[font=footnotesize,pos=1.15] {ang};
%
node (n0) [circ=cyan/33mm,
pin=75:Field Strength of\ the isotropic antenna];
node (n1) [circ, left];
node (n2) [circ,right,
pin=30:Field Strength\ of a dipole];
%
draw[arr] (n0.105) to [bend right=45] (n1.120);
draw[arr] (n0.290) to [bend right=45] (n2.300);
%
node (n3) [draw,minimum size=2mm,pin=330:baloon] at (0,5) {};
draw[{BarStraight Barb}-{Straight BarbBar}]
($(n3.north)+(-2.3,0.2)$) --
node[above] {$lambda/2$}
($(n3.north)+(2.3,0.2)$);
draw[ultra thick]
(n3.west) -- ++ (-2.2,0)
(n3.east) -- ++ ( 2.2,0);
draw[double=gray!20,double distance=1mm, very thin]
(n3.south) -- coordinate[pin=165:coax] ++ (0,-2.1);
end{tikzpicture}
end{document}


enter image description here






share|improve this answer























  • Thanks !!! And do you know how can I add the diagram of the isotropic antenna behind the diagram of the dipole like we can see on internet ? This is just to compare both antenna.
    – Aurélien
    3 hours ago










  • @Aurélien, this is possible, however, that i can do this at least you need to provide me a link to the picture which you have in mind.
    – Zarko
    3 hours ago










  • ok it's done, thanks!
    – Aurélien
    2 hours ago










  • ok thanks very much !!
    – Aurélien
    1 hour ago











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1 Answer
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oldest

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4














for illustration should suffice the following sketch (copied from one of the mine lecture notes):



enter image description here



documentclass[tikz,margin=3.141592]{standalone}
usetikzlibrary{calc, positioning}

begin{document}
begin{tikzpicture}[
node distance = 0pt,
circ/.style = {circle, draw, minimum size=22mm,
node contents={}},
every pin/.style = {align=center}
]
node (n1) [circ];
node (n2) [circ,right=of n1,
pin=60:Field\ Strength];
draw [dash dot]
(n1.north -| n1.east) -- (n1.south -| n1.east)
node[below] {Side view};
draw [thick]
($(n2.east)+(2, 0.1)$) -| ++ (0.2, 1)
($(n2.east)+(2,-0.1)$) -| ++ (0.2,-1)
node[below] {Short Dipole};
end{tikzpicture}
end{document}


addendum: an approximation of provided images ...



documentclass[tikz,margin=3.141592]{standalone}
usetikzlibrary{arrows.meta, bending, calc, positioning}

begin{document}
begin{tikzpicture}[
node distance = 0pt,
circ/.style args = {#1/#2}{circle, draw=#1, fill=#1!30, semitransparent,
minimum size=#2,
node contents={}},
circ/.default = gray/22mm,
every pin/.style = {pin distance=9mm, align=center},
arr/.style = {ultra thick, red, -{Triangle[bend]},
shorten <=-5mm, shorten >=-5mm}
]
foreach R in {0.25,0.5,...,1}
draw[very thin, dashed, gray] (0,0) circle[radius=R*22mm];
foreach ang in {0,30,...,330}
draw[very thin, dashed, gray] (0,0) -- (ang:2.2)
node[font=footnotesize,pos=1.15] {ang};
%
node (n0) [circ=cyan/33mm,
pin=75:Field Strength of\ the isotropic antenna];
node (n1) [circ, left];
node (n2) [circ,right,
pin=30:Field Strength\ of a dipole];
%
draw[arr] (n0.105) to [bend right=45] (n1.120);
draw[arr] (n0.290) to [bend right=45] (n2.300);
%
node (n3) [draw,minimum size=2mm,pin=330:baloon] at (0,5) {};
draw[{BarStraight Barb}-{Straight BarbBar}]
($(n3.north)+(-2.3,0.2)$) --
node[above] {$lambda/2$}
($(n3.north)+(2.3,0.2)$);
draw[ultra thick]
(n3.west) -- ++ (-2.2,0)
(n3.east) -- ++ ( 2.2,0);
draw[double=gray!20,double distance=1mm, very thin]
(n3.south) -- coordinate[pin=165:coax] ++ (0,-2.1);
end{tikzpicture}
end{document}


enter image description here






share|improve this answer























  • Thanks !!! And do you know how can I add the diagram of the isotropic antenna behind the diagram of the dipole like we can see on internet ? This is just to compare both antenna.
    – Aurélien
    3 hours ago










  • @Aurélien, this is possible, however, that i can do this at least you need to provide me a link to the picture which you have in mind.
    – Zarko
    3 hours ago










  • ok it's done, thanks!
    – Aurélien
    2 hours ago










  • ok thanks very much !!
    – Aurélien
    1 hour ago
















4














for illustration should suffice the following sketch (copied from one of the mine lecture notes):



enter image description here



documentclass[tikz,margin=3.141592]{standalone}
usetikzlibrary{calc, positioning}

begin{document}
begin{tikzpicture}[
node distance = 0pt,
circ/.style = {circle, draw, minimum size=22mm,
node contents={}},
every pin/.style = {align=center}
]
node (n1) [circ];
node (n2) [circ,right=of n1,
pin=60:Field\ Strength];
draw [dash dot]
(n1.north -| n1.east) -- (n1.south -| n1.east)
node[below] {Side view};
draw [thick]
($(n2.east)+(2, 0.1)$) -| ++ (0.2, 1)
($(n2.east)+(2,-0.1)$) -| ++ (0.2,-1)
node[below] {Short Dipole};
end{tikzpicture}
end{document}


addendum: an approximation of provided images ...



documentclass[tikz,margin=3.141592]{standalone}
usetikzlibrary{arrows.meta, bending, calc, positioning}

begin{document}
begin{tikzpicture}[
node distance = 0pt,
circ/.style args = {#1/#2}{circle, draw=#1, fill=#1!30, semitransparent,
minimum size=#2,
node contents={}},
circ/.default = gray/22mm,
every pin/.style = {pin distance=9mm, align=center},
arr/.style = {ultra thick, red, -{Triangle[bend]},
shorten <=-5mm, shorten >=-5mm}
]
foreach R in {0.25,0.5,...,1}
draw[very thin, dashed, gray] (0,0) circle[radius=R*22mm];
foreach ang in {0,30,...,330}
draw[very thin, dashed, gray] (0,0) -- (ang:2.2)
node[font=footnotesize,pos=1.15] {ang};
%
node (n0) [circ=cyan/33mm,
pin=75:Field Strength of\ the isotropic antenna];
node (n1) [circ, left];
node (n2) [circ,right,
pin=30:Field Strength\ of a dipole];
%
draw[arr] (n0.105) to [bend right=45] (n1.120);
draw[arr] (n0.290) to [bend right=45] (n2.300);
%
node (n3) [draw,minimum size=2mm,pin=330:baloon] at (0,5) {};
draw[{BarStraight Barb}-{Straight BarbBar}]
($(n3.north)+(-2.3,0.2)$) --
node[above] {$lambda/2$}
($(n3.north)+(2.3,0.2)$);
draw[ultra thick]
(n3.west) -- ++ (-2.2,0)
(n3.east) -- ++ ( 2.2,0);
draw[double=gray!20,double distance=1mm, very thin]
(n3.south) -- coordinate[pin=165:coax] ++ (0,-2.1);
end{tikzpicture}
end{document}


enter image description here






share|improve this answer























  • Thanks !!! And do you know how can I add the diagram of the isotropic antenna behind the diagram of the dipole like we can see on internet ? This is just to compare both antenna.
    – Aurélien
    3 hours ago










  • @Aurélien, this is possible, however, that i can do this at least you need to provide me a link to the picture which you have in mind.
    – Zarko
    3 hours ago










  • ok it's done, thanks!
    – Aurélien
    2 hours ago










  • ok thanks very much !!
    – Aurélien
    1 hour ago














4












4








4






for illustration should suffice the following sketch (copied from one of the mine lecture notes):



enter image description here



documentclass[tikz,margin=3.141592]{standalone}
usetikzlibrary{calc, positioning}

begin{document}
begin{tikzpicture}[
node distance = 0pt,
circ/.style = {circle, draw, minimum size=22mm,
node contents={}},
every pin/.style = {align=center}
]
node (n1) [circ];
node (n2) [circ,right=of n1,
pin=60:Field\ Strength];
draw [dash dot]
(n1.north -| n1.east) -- (n1.south -| n1.east)
node[below] {Side view};
draw [thick]
($(n2.east)+(2, 0.1)$) -| ++ (0.2, 1)
($(n2.east)+(2,-0.1)$) -| ++ (0.2,-1)
node[below] {Short Dipole};
end{tikzpicture}
end{document}


addendum: an approximation of provided images ...



documentclass[tikz,margin=3.141592]{standalone}
usetikzlibrary{arrows.meta, bending, calc, positioning}

begin{document}
begin{tikzpicture}[
node distance = 0pt,
circ/.style args = {#1/#2}{circle, draw=#1, fill=#1!30, semitransparent,
minimum size=#2,
node contents={}},
circ/.default = gray/22mm,
every pin/.style = {pin distance=9mm, align=center},
arr/.style = {ultra thick, red, -{Triangle[bend]},
shorten <=-5mm, shorten >=-5mm}
]
foreach R in {0.25,0.5,...,1}
draw[very thin, dashed, gray] (0,0) circle[radius=R*22mm];
foreach ang in {0,30,...,330}
draw[very thin, dashed, gray] (0,0) -- (ang:2.2)
node[font=footnotesize,pos=1.15] {ang};
%
node (n0) [circ=cyan/33mm,
pin=75:Field Strength of\ the isotropic antenna];
node (n1) [circ, left];
node (n2) [circ,right,
pin=30:Field Strength\ of a dipole];
%
draw[arr] (n0.105) to [bend right=45] (n1.120);
draw[arr] (n0.290) to [bend right=45] (n2.300);
%
node (n3) [draw,minimum size=2mm,pin=330:baloon] at (0,5) {};
draw[{BarStraight Barb}-{Straight BarbBar}]
($(n3.north)+(-2.3,0.2)$) --
node[above] {$lambda/2$}
($(n3.north)+(2.3,0.2)$);
draw[ultra thick]
(n3.west) -- ++ (-2.2,0)
(n3.east) -- ++ ( 2.2,0);
draw[double=gray!20,double distance=1mm, very thin]
(n3.south) -- coordinate[pin=165:coax] ++ (0,-2.1);
end{tikzpicture}
end{document}


enter image description here






share|improve this answer














for illustration should suffice the following sketch (copied from one of the mine lecture notes):



enter image description here



documentclass[tikz,margin=3.141592]{standalone}
usetikzlibrary{calc, positioning}

begin{document}
begin{tikzpicture}[
node distance = 0pt,
circ/.style = {circle, draw, minimum size=22mm,
node contents={}},
every pin/.style = {align=center}
]
node (n1) [circ];
node (n2) [circ,right=of n1,
pin=60:Field\ Strength];
draw [dash dot]
(n1.north -| n1.east) -- (n1.south -| n1.east)
node[below] {Side view};
draw [thick]
($(n2.east)+(2, 0.1)$) -| ++ (0.2, 1)
($(n2.east)+(2,-0.1)$) -| ++ (0.2,-1)
node[below] {Short Dipole};
end{tikzpicture}
end{document}


addendum: an approximation of provided images ...



documentclass[tikz,margin=3.141592]{standalone}
usetikzlibrary{arrows.meta, bending, calc, positioning}

begin{document}
begin{tikzpicture}[
node distance = 0pt,
circ/.style args = {#1/#2}{circle, draw=#1, fill=#1!30, semitransparent,
minimum size=#2,
node contents={}},
circ/.default = gray/22mm,
every pin/.style = {pin distance=9mm, align=center},
arr/.style = {ultra thick, red, -{Triangle[bend]},
shorten <=-5mm, shorten >=-5mm}
]
foreach R in {0.25,0.5,...,1}
draw[very thin, dashed, gray] (0,0) circle[radius=R*22mm];
foreach ang in {0,30,...,330}
draw[very thin, dashed, gray] (0,0) -- (ang:2.2)
node[font=footnotesize,pos=1.15] {ang};
%
node (n0) [circ=cyan/33mm,
pin=75:Field Strength of\ the isotropic antenna];
node (n1) [circ, left];
node (n2) [circ,right,
pin=30:Field Strength\ of a dipole];
%
draw[arr] (n0.105) to [bend right=45] (n1.120);
draw[arr] (n0.290) to [bend right=45] (n2.300);
%
node (n3) [draw,minimum size=2mm,pin=330:baloon] at (0,5) {};
draw[{BarStraight Barb}-{Straight BarbBar}]
($(n3.north)+(-2.3,0.2)$) --
node[above] {$lambda/2$}
($(n3.north)+(2.3,0.2)$);
draw[ultra thick]
(n3.west) -- ++ (-2.2,0)
(n3.east) -- ++ ( 2.2,0);
draw[double=gray!20,double distance=1mm, very thin]
(n3.south) -- coordinate[pin=165:coax] ++ (0,-2.1);
end{tikzpicture}
end{document}


enter image description here







share|improve this answer














share|improve this answer



share|improve this answer








edited 2 hours ago

























answered 6 hours ago









Zarko

120k865156




120k865156












  • Thanks !!! And do you know how can I add the diagram of the isotropic antenna behind the diagram of the dipole like we can see on internet ? This is just to compare both antenna.
    – Aurélien
    3 hours ago










  • @Aurélien, this is possible, however, that i can do this at least you need to provide me a link to the picture which you have in mind.
    – Zarko
    3 hours ago










  • ok it's done, thanks!
    – Aurélien
    2 hours ago










  • ok thanks very much !!
    – Aurélien
    1 hour ago


















  • Thanks !!! And do you know how can I add the diagram of the isotropic antenna behind the diagram of the dipole like we can see on internet ? This is just to compare both antenna.
    – Aurélien
    3 hours ago










  • @Aurélien, this is possible, however, that i can do this at least you need to provide me a link to the picture which you have in mind.
    – Zarko
    3 hours ago










  • ok it's done, thanks!
    – Aurélien
    2 hours ago










  • ok thanks very much !!
    – Aurélien
    1 hour ago
















Thanks !!! And do you know how can I add the diagram of the isotropic antenna behind the diagram of the dipole like we can see on internet ? This is just to compare both antenna.
– Aurélien
3 hours ago




Thanks !!! And do you know how can I add the diagram of the isotropic antenna behind the diagram of the dipole like we can see on internet ? This is just to compare both antenna.
– Aurélien
3 hours ago












@Aurélien, this is possible, however, that i can do this at least you need to provide me a link to the picture which you have in mind.
– Zarko
3 hours ago




@Aurélien, this is possible, however, that i can do this at least you need to provide me a link to the picture which you have in mind.
– Zarko
3 hours ago












ok it's done, thanks!
– Aurélien
2 hours ago




ok it's done, thanks!
– Aurélien
2 hours ago












ok thanks very much !!
– Aurélien
1 hour ago




ok thanks very much !!
– Aurélien
1 hour ago










Aurélien is a new contributor. Be nice, and check out our Code of Conduct.










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