Steven Mark`s TPU

[ronotte]

Sure,

NO OSCILLATIONS ON PS RAILS, ALREADY TESTED WITH A CAR 12V accumulator:OK

YES, it is possible to change the freq either with a strong NEO placed at 180? from the windindings start: in this case the rep rate is quicker 40 microsec or by putting Tank capacitor on input coil.

This afternoon I'll do other verifications.

Roberto

[Gustav22]

@Otto,

HI!!!

.....THE BEAST NOW DOES AUTO-OSCILLATE WITH A ROCK STABLE FREQUENCY OF 22.222KHz, ...
...........
The freq is very stable and it does correspond to the device own resonating frequency.

Hi Roberto,
my  understanding of of your report is, that the voltage across the load has a frequency of 22.222KHz and when you disconnect the power supply and the load from the TPU you can detect (small) voltage-kicks at the same frequency (22.222KHz) at the TPU output.

Is this the correct understanding?

[ronotte]

@Gustav22,

NO, sorry if you underststood that.

I try to explain it better:

1 I set PS=12V to TPU

2 I connected for one moment a freq (while probing on the lamp): any freq...not important in this case. On the lamp for a moment I saw the standard signal @ the inputted freq. OK?

3 I disconnected the freq while leaving the PS ON.

4 I found the sustaining signal on lamp even if no generator connected to TPU

Hope that now all is clear

Roberto

[BEP]

Sure,

NO OSCILLATIONS ON PS RAILS, ALREADY TESTED WITH A CAR 12V accumulator:OK

YES, it is possible to change the freq either with a strong NEO placed at 180? from the windindings start: in this case the rep rate is quicker 40 microsec or by putting Tank capacitor on input coil.

This afternoon I'll do other verifications.

Roberto

Only a suggestion:

Decrease the number of turns on the control coils by the same ratio. If natural resonance is now 22.222kHz then try for 35.700kHz. This should place the daytime component nearer 245kHz. I suspect the nighttime component will be lower by ten's of kHz.
If modulation level drops at one point of a 24 hour day then think about either a turn count change (on the collector with fewer turns or fewer turns on its control coil) - to place mid range operation nearer the average frequency (day to night shift) -or- a change in inside/outside diameter. A narrow coil should have a higher Q. A coil with more difference between the ID and OD will have lower Q. You may need a lower Q on the high frequency coil to allow for day/night frequency shift.

Those of you thinking I am full of hot air please hold your remarks. This is only a suggestion. @ronotte is a grown boy

It is the right time now to see if there is a shift. Hoping things are going well!

[wings]

"dfro said that the electrons pile up and THEN are switched into the circuit WITHOUT destroying the dipole. No current, when the pulse hits the coil!!"

Some "clear" explanation on unconventional theories of electricity in this document NASA/CR-2005-213749.

read cap 3 "Advanced electric concepts" longitudinal current.

Marzio