Quote from: Erfinder on April 15, 2017, 01:30:43 PM

The point....what is it with you and points....there is no point.......you are being informed of my position, you are being informed of the existence of a solution not the demonstration of said solution....

That is so weak-ass and fake-ass, chances are you've got nothing.

Quote from: MileHigh on April 15, 2017, 01:13:18 PM
The model is a self-resonating bifilar coil with a ground reference on one terminal and the other terminal swinging back and forth between +200 and -200 volts.

hmmm. In my experience I dont think you will get 400v in the cap if there is only an input swing of 200v this way and 200v that way. Thats like saying a 120vac line will charge a cap to 240v through a bridge rectifier.  And even in an lc, if you have an input of 200vac, 200v this way and 200 v that way, for the cap of the lc to reach 400v would kinda suggest that the lc is ringing at twice the voltage of the input. Ac is only 1 half cycle 'of directional' currents at a time, and the ac voltage rating is that of just a half cycle, whether it is rms or peak value.. Otherwise you seem to be saying that our AC home outlets are a 60v swing this way and a 60v swing that way and thats how we get 120v. 

Mags

Quote from: Magluvin on April 15, 2017, 03:50:07 AM
I am in total agreement on the fact that the field collapse generates a current in the same direction of the input that built it. Could someone misinterpret a scope shot, seeing the voltage differential change at the time of input connect then disconnect as a current reversal? Maybe thats the bungle here?

Mags

@Mags,

Pulse by Reed switch, a "Positive Current" DC pulse enters the coil and is stored in a magnetic field. The Reed contacts separate, and a "Negative Current" DC pulse exits the coil in the same direction as the "Positive Pulse" was traveling. Wiring a reverse biased LED between the coil electrodes will produce a flickering LED from the "Negative Current" DC pulse.

Quote from: Erfinder on April 15, 2017, 01:45:41 PM
sigh......

and they call you an authority.....

That's just another non sequitur.  Apparently you have nothing with respect to the question posed to make you think.

Quote from: TinselKoala on April 15, 2017, 10:16:27 AM
The watt-hour is NOT A MEASURE OF POWER. And there is no difference between the current leaving the coil in the same direction when power is interrupted, and the current leaving the coil when the power is on, except that the current when power is on may be steady-state, and the current when power is interrupted is decreasing. Your "negative current" is a misnomer.

@Tinselkoala,

Here's the definition of "Watt Hour": A measure of electrical energy equivalent to a power consumption of one watt for one hour.

Why do you keep trying to confuse people?

"Negative Current" is not a misnomer, it's a measure of positive current with reversed polarity. Everyone can understand how I use it in my explanation to Mags above in comment #870.