Eric P. Dollard

I made a few revisions to the basic circuit simulation (in the Quora post, below) to accommodate a resistive load with the result that the A/C generator starts ...acting like an inductive load powered by a substantial amount of power returning to it from the circuit! Although the power is returned dirty with spikes, it nonetheless is a Million times greater than the cost to run the circuit! This would not be a good idea to run off the utility grid since the people who manage that won’t take a liking to us dirtying their grid. But if we use our own A/C generator, it may work? In any event, the A/C generator starts acting like a motor being driven by the circuit rather than being driven by its prime mover (such as: a diesel engine). Wow! https://is.gd/makepower https://www.quora.com/q/electri/Impedance-of-Same-Magnitude Also included is another attempt to simulate impedance matching (without any load) in Micro-Cap from Spectrum Software.

Today is my son's tenth birthday! Happy birthday, Kyle!! One of the questions which has never failed to perplex me is: "How did Tesla operate his EV conversions... without the advantages which we possess, today, of motor controllers and car computers regulating everything at breakneck speed and accuracy? To accommodate my own lack of technical savvy, I have tried to slow down the tremendous growth rate of this overunity simulation of Eric Dollard's analog computer so as to be able to lengthen its simulation to a half second of duration, and without simulator errors, and keep this within the output target which may be suitable for its use instead of absurd explosions of freely available reactance. To do this required increasing the shunt inductances and series capacitances plus add some resistances to more closely emulate a miniaturized transmission line... Which is what Eric's analog computer is all about. Or, have I forgotten? Eric Dollard‘s Analog Computer as a Power Amplifier on Quora... https://is.gd/umobuw Here is a shortcut to the update by itself... https://is.gd/ewevuq Its archived mirror is located here... https://is.gd/ejugak Its zipped compressed file is here... https://is.gd/analogcomputer ...and archived here... https://is.gd/ilunev