HIGH QUALITY TPU DVD Video Released from Jack Durban

[Grumpy]

to cancel on half of the cylce may also mean to "quench" the pulse - in which you cut it at max amplitude - just like old damped impulse excited radio circuits.

[jdurban]

"Then the white single turn collector coil wire,
which is taped under the red control coils
to be hidden ( can only be seen in some places, otherwise
taped by black tape)
generates the output DC voltage."

Is everyone in agreement that the output is not D.C. but A.C. ?

The TPU output is not rectified. The meter may have shown DC but that's due to the meter's inability to process (compute RMS) the fast 5-6 khz AC waveform. In fact Steven's measurements may have been way off if he relied solely on cheap DVM's as a means of measuring outputs. The actual outputs could be estimated by modeling the measurement factoring the inherent DVM error.

[Spider]

Hello All,

I have been following this forum for a few months now and I think the progress is great the last weeks.
After reading this topic I downloaded the hires vids and watched them.
Nice Work!

greeting form the netherlands, Rene

[turbo]

"Then the white single turn collector coil wire,
which is taped under the red control coils
to be hidden ( can only be seen in some places, otherwise
taped by black tape)
generates the output DC voltage."

Is everyone in agreement that the output is not D.C. but A.C. ?

I think so too Jack

Like Pulsed DC and with some RF Hash.
M.

[aleks]

to cancel on half of the cylce may also mean to "quench" the pulse - in which you cut it at max amplitude - just like old damped impulse excited radio circuits.

That SM's text you've quoted fully corresponds to varying duty-cycle square waves. Though I do not believe that with reed switches SM (he should have been using them at least initially) could achieve anything close to square waves. Spark gap, for example, "stops" the current pretty quickly by itself. It is what Tesla used most of the time it seems. Capacitors - when connected abruptly also discharge quickly, in a logarithmic manner AFAIK. This is close to spark gap and resembles a saw-tooth wave.