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##  RLC transient response

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- Make the conenctions as shown in the figure

Use a 0.1uF capacitor and the coil supplied with the kit
The inductance of the coil is arounf 100mH and resistance around 500 Ohms. The transient response will be
underdamped with these vaues.
To get the charging curve, set OD1 to zero volts first. Set the Capture call to
make it 5 volts. 

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    <variable id="iO%*Y5R2ilWL{dy(/l8s">timestamps</variable>
    <variable id="(M*9|qEp#,!~hmd~`UwK">data1</variable>
  </variables>
  <block type="set_state" id=")o,qeqlKN2I~Ko0=-BYt" x="4" y="6">
    <field name="CHANNEL">OD1</field>
    <field name="STATE">ON</field>
    <next>
      <block type="capture_action_plot" id="6g3L5MK]8lX`Y/VZasU=">
        <field name="ACTION">LOW</field>
        <field name="CHANNEL">A1</field>
        <field name="SAMPLES">500</field>
        <field name="TIMEGAP">5</field>
        <field name="TIMESTAMPS" id="iO%*Y5R2ilWL{dy(/l8s">timestamps</field>
        <field name="DATA1" id="(M*9|qEp#,!~hmd~`UwK">data1</field>
        <next>
          <block type="save_lists" id="4]D8(vQ6h7xF5=c_0Y/?">
            <field name="FNAME">transientRC.csv</field>
            <value name="COL1">
              <block type="variables_get" id="$lFMful7Uyxt{uDl)Qp-">
                <field name="VAR" id="iO%*Y5R2ilWL{dy(/l8s">timestamps</field>
              </block>
            </value>
            <value name="COL2">
              <block type="variables_get" id="l}zw#C}vF)H`.=Y_TmVE">
                <field name="VAR" id="(M*9|qEp#,!~hmd~`UwK">data1</field>
              </block>
            </value>
          </block>
        </next>
      </block>
    </next>
  </block>
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