Holcomb Energy Systems:Breakthrough technology to the world

[ramset]

Without good measurement ( unless self run ?)
All is questionable!


And as Pix says ,Caloric is closest to ideal !
And simple!


Respectfully
Chet K

[rakarskiy]

Without good measurement ( unless self run ?)
All is questionable!


And as Pix says ,Caloric is closest to ideal !
And simple!


Respectfully
Chet K

Hello!

There, without calories, it is clear that the device is clearly interesting, and the author hid the source current (in all tests).
I always trust the calculation, and the light can be replaced with any other type of load.

The question of the device of this converter, and not how the light bulb is on.

Sincerely.

[onepower]

pix

Regarding Zacarinin transformer- how do you measure Pin and Pout at kHZ frequencies ? By lamp brightness? The only proper way to measure Pout is by calorimetric measure of rectified current.

I use often use a pump and dump or bucket brigade circuit to measure HV or when I need a 100% accurate measurement technique.

The method is as follows...
1)Place a capacitor(s) of know value C in series with the circuit to be measured.
2)When the capacitor reaches a predetermined value V switch the capacitor out of the circuit and discharge it.
3)We can flip-flop two parallel capacitors to maintain a near constant Voltage/Current in the circuit.
4)Since we know the capacitor value C and the voltage V we know the energy of each discharge cycle, Energy = 1/2CV^2.
5)The circuit is very simple and amounts to measuring a medium by filling a bucket of known value, dumping it and repeating the cycle.
6)If the Energy in the circuit alternates then a FWBR should be used before the capacitor circuit.

A capacitor is a natural integrator and doesn't care what the voltage, current, frequency or period of the electricity is... only the Energy.

I use a modified circuit to measure higher voltages from 10 to over 500kV. I charge a HV series capacitor and when it reaches a known voltage it breaks over a spark gap. We can calculate the spark gap break over voltage based on the gap distance. Since we know the start and final break out voltage we know the change in voltage and can apply the same Energy = 1/2CV^2 calculation. Then I simply use an external electrometer to measure the number of changes in voltage (spark gap discharge) from a safe distance.

So again, we periodically charge/discharge a capacitor of known value showing us the energy present per cycle then add the number of cycles per unit of time to show the total Energy. Think of it this way, HV, HF or HV transients, skin effects, UHF can fool even the best DSO or energy analyzers but not a capacitor.

Here we should try to understand the qualities of the circuit element in question. A capacitor represents a break in the path of conduction and only a displacement current may pass. Ergo, it must store every form of current we know of and integrate it's energy as a measurable voltage. It's basically foolproof and always shows us it's present energy state...

Regards
AC

[kolbacict]

pix
So again, we periodically charge/discharge a capacitor of known value showing us the energy present per cycle then add the number of cycles per unit of time to show the total Energy. Think of it this way, HV, HF or HV transients, skin effects, UHF can fool even the best DSO or energy analyzers but not a capacitor.
AC

I also once suggested using an oscilloscope CRT instead of an expensive high-voltage differential probe. By simply connecting high voltage to the deflection plates, bypassing all the delicate electronics. Nobody has paid any attention to me.

[SolarLab]

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