200 Amps - Improved

New and improved "Dial an Amp" with resistance in series with the transformer coils plus a more stable duty cycle which favors less undulation of output -- less randomized extremes of high versus low. The caveat is that I'm still tied to a time frame of 40µ seconds. But, at least, this still remains a non-trapezoidal approximated simulation of free energy from an aerial.

https://is.gd/200amps

b

Cold Electricity? Or, just another way to explode batteries?

Is this cold electricity? Another Joule thief? Or, just another way to drain batteries?

https://is.gd/dead_batteries

Perfect EV

Perfect output for an EV with an air core, pulsed motor coil of 50µH and 17.72mΩ.

https://is.gd/perfectEV

Whatever U Want from an Open Circuit

https://is.gd/whateverUwant

Ćuk converter with an Example of its Use.

The Ćuk converter comes closest to my derivation of Eric Dollard's LMD composed of two capacitors and two inductors.

https://is.gd/chookconverter

https://is.gd/chookuse

Dial an Amp from an Aerial

Aerial Energy at its Finest!
   * DIAL * AN * AMP *

The following simulations are generated by a Duty Cycle, of from 0.9% to 1.3% at 1Hz, placed upon a Load sourced from an Aerial. These simulations do not invoke trapezoidal approximations.

https://is.gd/10amps
https://is.gd/100amps
https://is.gd/400amps
https://is.gd/8kiloamps
https://is.gd/80kiloamps

The following simulations have a Duty Cycle of either 2% or 3%.

https://is.gd/200gigaamps
https://is.gd/10trillion_gigaamps

In all these examples, the same Wattage is coming from the same Aerial Source. Yet, a vastly different outcome due to percentage of duration for discharging the two Central Capacitors, of 9 pico Farads each, into the Load.

Square Wave, Regulated Switching. Resonance - Does it Matter?

https://is.gd/free_energy8

https://is.gd/free_energy9

https://is.gd/free_energy10