<cir f="1" ts="0.000002" ic="3.3115451958692312" cb="61" pb="50" vr="5" mts="5e-11">
  <r x="192 160 304 160" f="0" r="1000"/>
  <Gyrator x="304 160 416 160" f="0"/>
  <w x="304 192 304 240" f="0"/>
  <w x="416 192 416 240" f="0"/>
  <w x="304 240 416 240" f="0"/>
  <g x="416 240 416 272" f="0"/>
  <R x="192 160 128 160" f="0" wf="2" fr="1000" maxv="5"/>
  <w x="416 160 480 160" f="0"/>
  <c x="480 160 480 240" f="0" c="0.000001" iv="0.001" sr="0" vd="-0.6894909044232107"/>
  <w x="480 240 416 240" f="0"/>
  <r x="560 160 560 240" f="0" r="10000"/>
  <w x="560 240 480 240" f="0"/>
  <r x="192 352 304 352" f="0" r="1000"/>
  <l x="304 416 304 480" f="0" l="1" ic="0" i="-0.0007323030981060522"/>
  <g x="304 480 304 512" f="0"/>
  <R x="192 352 128 352" f="0" wf="2" fr="1000" maxv="5"/>
  <w x="304 352 400 352" f="0"/>
  <r x="400 352 400 480" f="0" r="10000"/>
  <g x="400 480 400 512" f="0"/>
  <x x="172 104 526 107" f="4" si="14" te="gyrator + 1uF capacitor on port 2 = simulated 1H inductor"/>
  <x x="165 298 369 301" f="4" si="14" te="real 1H inductor (for comparison)"/>
  <rw x="304 160 560 160" f="0">304,160;304,128;496,128;560,128;560,160</rw>
  <r x="304 352 304 416" f="0" r="1000"/>
  <o en="1" sp="4" f="x3" p="0">
    <p v="0" sc="10"/>
    <p v="3" sc="0.003125"/>
  </o>
  <o en="13" sp="4" f="x3" p="1">
    <p v="0" sc="10"/>
    <p v="3" sc="0.0015625"/>
  </o>
</cir>
