Successful Akula 30 Watts Free Energy device Solid State Replication

[tinman]

You are confusing impedance with resistance.  Unfortunately they are both expressed as OHMs.  They are not the same thing.  Impedance does change with frequency but resistance does not.

Respectfully,
Carroll

Carroll

I have to disagree with that.
Resistance can change with frequency,and it is known as the !skin effect!.
Im sure you know what that is,and maybe just an over sight on your behalf ?.


Brad

[citfta]

Carroll

I have to disagree with that.
Resistance can change with frequency,and it is known as the !skin effect!.
Im sure you know what that is,and maybe just an over sight on your behalf ?.


Brad

Hi Brad,

You are correct.  I had forgotten to consider the skin effect.  Thanks for the correction.  My apologies to TR.

Respectfully to all,
Carroll

[turbogt16v]

man.i don't understand you guys.
akula is well known fake,and you still want to waist your time on him.
He is doing you a favor when he signs his fakes,for you to avoid.
But still, you give him so much space,you all must be desperate...

Read 15948 times ,very ,very desperate

[NickZ]

   "akula is well known fake,and you still want to waist your time on him."

   Can you prove this???  I doubt it....

[Jo-EL]

Some measurements taken with the core shown a few posts ago

@48.3KHz 2.3uH 0.125Ohm (4.7uF(big square red, WIMA 63V))
@183.8KHz 2.3uH 0.36ohm (330nF(large green))
@331KHz 2.3uH 0.19ohm (.1uF(big blue, verified on WIMA .1uF))
@912KHz 3.0uH 1.8ohm (10nF(WIMA red))
@5.4MHz 0.4uH 12.5ohm (2.2nF)
@11.58MHz 0.4uH 24.2ohm (470pF(burgundy mica))

Circuit is the coil in series with a cap and a 0.05 ohm resistor, connected to a signal gen. Voltage is measured across the signal gen and the 0.05 R. The signal gen is adjust to resonance, and the core resistance is calculated as

Rcore = Vs / (Vr / R) - R

where Vs is signal gen voltage, Vr is voltage across R (0.05 ohms), R is 0.05 ohm resistor

You'll  most likely need to view the voltages or at least Vr on a spectrum analyzer unless Vr is high enough above noise to an accurate reading.

Vr / R is the circuit current.

Vs / (Vr / R) is the total resistance.

Ingles is not my language, but how are you messured this ?