ENERGY AMPLIFICATION

[Reiyuki]

Dave:

   How about parallel resonance instead?

[forest]

The problem with resonant circuit as I fight with is that only special ratio of inductance to resistance can allow energy accumulation or stable preservation in tank circuit. Most of other are damped oscillations (ring down). If you connect any load it adds resistance killing resonant rise effect. If you add power source connection you kill resonance in between your pumping impulses due to long wires acting as transmission lines dissipating energy in form of radio or heat waves.It is the reason of propoer design of pulse transformers or the circuit HF can be easily seen on DC power lines (thuse some oscillators have a chokes on input power line).

[Dave45]

Dave:

   How about parallel resonance instead?

They say DC is unidirectional,
Iv been thinking about what that implies
Does it mean that pos is moving in one direction and neg is moving in the other, they meet at the resistance.
If so they meet at the inductor, but if a capacitor separates the polarity's then only pos or neg will run through the inductor (depending on the design) to reach the capacitor plate.
This is why I designed the circuit the way I did, if you notice only one polarity runs through the coil.
The pnp switches the pos side and the npn switches the neg side.

[Dave45]

Let me ask a question
Lets say the battery's are 12 volts, the capacitors across the battery will charge when the switch is not conducting and discharge when conducting, will they discharge 36 volts since there are 3 in parallel.

What would be the difference if there's only one cap across the bat with the same capacitance as all three.

[Dave45]

In this arrangement the cap will charge first because of the resistance of the inductor then when the magnetic field builds 
not sure