How to invert Logic Gate input in Circuitikz
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How to invert Logic Gate input in Circuitikz
I have drawn the following circuit, but how could the inputs of a Logic Gate be inverted? (As in the scanned picture, but it does not matter which gate exactly, just generally)


documentclass[a4paper,12pt]article
usepackagetikz %vectorgraphics
usetikzlibraryshapes,arrows,shadows,
decorations.pathreplacing,backgrounds,calc
%graph/flowchart
usepackage[siunitx]circuitikz
begindocument
begincircuitikz draw
(0,0) node[nand port] (nand1)
(3,0) node[nand port] (nand2)
(5,0) node[nand port] (nand3)
(3,2) node[nand port] (nand4)
(5,2) node[nand port] (nand5)
(3,4) node[nand port] (nand6)
(5,4) node[nand port] (nand7)
(0,4) node[nand port] (nand8)
(nand1.out) |- (nand2.in 2)
(nand2.out) -| node[circ,midway] (nand3.in 1)
(nand2.out) -| (nand3.in 2)
(nand8.out) |- (nand6.in 1)
(nand6.out) -| node[circ,midway] (nand7.in 2)
(nand6.out) -| (nand7.in 1)
(nand4.out) -| node[circ,midway] (nand5.in 2)
(nand4.out) -| (nand5.in 1)
(-2,1) node(B1)[anchor=east] B
(-2,1) -| node[circ,midway] (nand1.in 1)
to[short,*-] (nand1.in 2)
(-2,1) -| (nand4.in 2)
(1,1) node[circ] |- (nand6.in 2)
(-2,3) node[anchor=east] A
(-2,3) -| node[circ,midway] (nand8.in 2)
to[short,*-] (nand8.in 1)
(-2,3) -| (nand4.in 1)
(0.5,3) node[circ] |- (nand2.in 1)
(6,1.97) node[anchor=east] O2
(6,0.0) node[anchor=east] O3
(6,4) node[anchor=east] O1
;endcircuitikz
enddocument
circuitikz logic
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I have drawn the following circuit, but how could the inputs of a Logic Gate be inverted? (As in the scanned picture, but it does not matter which gate exactly, just generally)


documentclass[a4paper,12pt]article
usepackagetikz %vectorgraphics
usetikzlibraryshapes,arrows,shadows,
decorations.pathreplacing,backgrounds,calc
%graph/flowchart
usepackage[siunitx]circuitikz
begindocument
begincircuitikz draw
(0,0) node[nand port] (nand1)
(3,0) node[nand port] (nand2)
(5,0) node[nand port] (nand3)
(3,2) node[nand port] (nand4)
(5,2) node[nand port] (nand5)
(3,4) node[nand port] (nand6)
(5,4) node[nand port] (nand7)
(0,4) node[nand port] (nand8)
(nand1.out) |- (nand2.in 2)
(nand2.out) -| node[circ,midway] (nand3.in 1)
(nand2.out) -| (nand3.in 2)
(nand8.out) |- (nand6.in 1)
(nand6.out) -| node[circ,midway] (nand7.in 2)
(nand6.out) -| (nand7.in 1)
(nand4.out) -| node[circ,midway] (nand5.in 2)
(nand4.out) -| (nand5.in 1)
(-2,1) node(B1)[anchor=east] B
(-2,1) -| node[circ,midway] (nand1.in 1)
to[short,*-] (nand1.in 2)
(-2,1) -| (nand4.in 2)
(1,1) node[circ] |- (nand6.in 2)
(-2,3) node[anchor=east] A
(-2,3) -| node[circ,midway] (nand8.in 2)
to[short,*-] (nand8.in 1)
(-2,3) -| (nand4.in 1)
(0.5,3) node[circ] |- (nand2.in 1)
(6,1.97) node[anchor=east] O2
(6,0.0) node[anchor=east] O3
(6,4) node[anchor=east] O1
;endcircuitikz
enddocument
circuitikz logic
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Roman Stadler is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
add a comment |
I have drawn the following circuit, but how could the inputs of a Logic Gate be inverted? (As in the scanned picture, but it does not matter which gate exactly, just generally)


documentclass[a4paper,12pt]article
usepackagetikz %vectorgraphics
usetikzlibraryshapes,arrows,shadows,
decorations.pathreplacing,backgrounds,calc
%graph/flowchart
usepackage[siunitx]circuitikz
begindocument
begincircuitikz draw
(0,0) node[nand port] (nand1)
(3,0) node[nand port] (nand2)
(5,0) node[nand port] (nand3)
(3,2) node[nand port] (nand4)
(5,2) node[nand port] (nand5)
(3,4) node[nand port] (nand6)
(5,4) node[nand port] (nand7)
(0,4) node[nand port] (nand8)
(nand1.out) |- (nand2.in 2)
(nand2.out) -| node[circ,midway] (nand3.in 1)
(nand2.out) -| (nand3.in 2)
(nand8.out) |- (nand6.in 1)
(nand6.out) -| node[circ,midway] (nand7.in 2)
(nand6.out) -| (nand7.in 1)
(nand4.out) -| node[circ,midway] (nand5.in 2)
(nand4.out) -| (nand5.in 1)
(-2,1) node(B1)[anchor=east] B
(-2,1) -| node[circ,midway] (nand1.in 1)
to[short,*-] (nand1.in 2)
(-2,1) -| (nand4.in 2)
(1,1) node[circ] |- (nand6.in 2)
(-2,3) node[anchor=east] A
(-2,3) -| node[circ,midway] (nand8.in 2)
to[short,*-] (nand8.in 1)
(-2,3) -| (nand4.in 1)
(0.5,3) node[circ] |- (nand2.in 1)
(6,1.97) node[anchor=east] O2
(6,0.0) node[anchor=east] O3
(6,4) node[anchor=east] O1
;endcircuitikz
enddocument
circuitikz logic
New contributor
Roman Stadler is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
I have drawn the following circuit, but how could the inputs of a Logic Gate be inverted? (As in the scanned picture, but it does not matter which gate exactly, just generally)


documentclass[a4paper,12pt]article
usepackagetikz %vectorgraphics
usetikzlibraryshapes,arrows,shadows,
decorations.pathreplacing,backgrounds,calc
%graph/flowchart
usepackage[siunitx]circuitikz
begindocument
begincircuitikz draw
(0,0) node[nand port] (nand1)
(3,0) node[nand port] (nand2)
(5,0) node[nand port] (nand3)
(3,2) node[nand port] (nand4)
(5,2) node[nand port] (nand5)
(3,4) node[nand port] (nand6)
(5,4) node[nand port] (nand7)
(0,4) node[nand port] (nand8)
(nand1.out) |- (nand2.in 2)
(nand2.out) -| node[circ,midway] (nand3.in 1)
(nand2.out) -| (nand3.in 2)
(nand8.out) |- (nand6.in 1)
(nand6.out) -| node[circ,midway] (nand7.in 2)
(nand6.out) -| (nand7.in 1)
(nand4.out) -| node[circ,midway] (nand5.in 2)
(nand4.out) -| (nand5.in 1)
(-2,1) node(B1)[anchor=east] B
(-2,1) -| node[circ,midway] (nand1.in 1)
to[short,*-] (nand1.in 2)
(-2,1) -| (nand4.in 2)
(1,1) node[circ] |- (nand6.in 2)
(-2,3) node[anchor=east] A
(-2,3) -| node[circ,midway] (nand8.in 2)
to[short,*-] (nand8.in 1)
(-2,3) -| (nand4.in 1)
(0.5,3) node[circ] |- (nand2.in 1)
(6,1.97) node[anchor=east] O2
(6,0.0) node[anchor=east] O3
(6,4) node[anchor=east] O1
;endcircuitikz
enddocument
circuitikz logic
circuitikz logic
New contributor
Roman Stadler is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
New contributor
Roman Stadler is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
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asked 56 secs ago
Roman StadlerRoman Stadler
133
133
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Roman Stadler is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
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New contributor
Roman Stadler is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
Check out our Code of Conduct.
Roman Stadler is a new contributor to this site. Take care in asking for clarification, commenting, and answering.
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add a comment |
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