Image:Buckboost resistance.png
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[edit] Summary
Cyril BUTTAY
Evolution of the output voltage of a buck-boost converter with the duty cycle. This shows the influence of the parasitic resistances of the circuit on the performances
This file has been generated using the following gnuplot (version 4.0) code (released under public licence)
# This file is used to plot the domains of continuous and # discontinuous operation of a buck-boost converter # graph configuration set terminal postscript eps enhanced "Times-Roman" 24 color solid set encoding iso_8859_15 unset title set line style 1 lt 1 lw 3 pt 0 ps 0 set line style 2 lt 3 lw 3 pt 0 ps 0 set line style 3 lt 2 lw 3 pt 0 ps 0 set border 15 lt 7 lw 4 set mxtics set mytics set grid xtics ytics set ylabel "Normalisierte Spannung" set xlabel "Tastverhältnis" set format y '%0.1f' set format x "%0.1f" set key 0.6,-5 # normalized voltage for an ideal buck-boost converter f(x) = x/(x-1) # normalized voltage for a converter with a highly resistive inductor g(x) = x/(x-1-1/(10*(1-x))) # normalized voltage for a converter with a slightly resistive inductor h(x) = x/(x-1-1/(100*(1-x))) set output "buckboost_resistance.eps" # the plot is set as parametric, so each curve is defined by two values: x,y plot [0:1][-6:0] f(x) ls 2 title 'Ideal inductor (R{_L}=0)', \ h(x) ls 3 title 'Non-ideal inductor (R/R{_L}=100)',\ g(x) ls 1 title 'Inductor no ideal (R/R{_L}=10)'
and the conversion in png format is made using convert (linux):
convert -density 300 buckboost_resistance.eps buckboost_resistance_png
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