Kleinsignalverhalten einer Dioder

Elektronik für Physiklaborant: Kleinsignalverhalten einer Diode

Zur Simulation
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  <g x="736 432 736 480" f="0"/>
  <R x="736 160 736 112" f="16" wf="0" maxv="9"/>
  <c x="736 256 672 256" f="0" c="0.000001" iv="0.001" sr="0" vd="4.696270311098394"/>
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  <c x="800 336 736 336" f="0" c="0.000001" iv="0" sr="0" vd="-4.297836059032083"/>
  <r x="800 336 800 432" f="0" r="100000"/>
  <g x="800 432 800 480" f="0"/>
  <w x="800 336 880 336" f="0"/>
  <g x="544 368 544 480" f="0"/>
  <g x="880 400 880 480" f="0"/>
  <v x="544 256 544 368" f="16" wf="1" fr="60" maxv="0.02"/>
  <w x="544 256 624 256" f="0"/>
  <g x="624 368 624 480" f="0"/>
  <p x="624 256 624 368" f="3" me="0" sc="0" re="10000000"/>
  <p x="880 336 880 400" f="3" me="0" sc="0" re="10000000"/>
  <x x="542 77 919 80" f="0" si="32" te="Kleinsignalverhalten Diode"/>
  <x x="505 264 523 321" f="0" si="24" te="in\n\n"/>
  <x x="892 331 925 334" f="0" si="24" te="out"/>
  <o en="16" sp="64" f="x200012" p="0">
    <p v="0" sc="0.078125" ms="0.01" mp="0"/>
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  <o en="17" sp="64" f="x200012" p="1">
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