LC circuits in series with Diodes

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The discussion focuses on the behavior of capacitors in an LC circuit when a switch is closed, specifically regarding the charging and discharging sequence of capacitors B and C. Participants clarify that the initial capacitor's discharge will not charge the subsequent capacitors simultaneously due to the impedance of the inductors and diode characteristics. There is a consensus that switching elements are necessary to achieve a desired sequential charging effect, as energy tends to redistribute rather than flow in a single direction without additional components. The conversation also touches on alternative components like diacs and neon bulbs, which could be used for switching, and the losses associated with diodes in the circuit. Overall, the need for a more complex circuit design incorporating switching mechanisms is emphasized for effective operation.
  • #31
I want an apparatus that I can experiment with. I am most interested in; the wave nature the capacitors will charge with, the momentum of the moving charges, thermal coefficient of resistance. Basically, an analog of em waves that have acceptable wavelength without producing harmful radiation. It is ideal if I can keep the time between input pulses long.
 
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