Auroratek demonstration from Bill Alek at TeslaTech conference

[TinselKoala]

Thanks for the analysis, TK.
I'd be interested in building this nonetheless to see what it does, likely with ferrite toroids.
Bob

And I encourage you to do so. Since part of Alek's system of claims appears to depend on the behaviour of the core, it would be nice to see some _true experiments_ with different cores, driven at the exact same parameters, to see the effect on output measurements.

Alek couldn't even do that much: he drove his transformer, and the "control" normal transformer, at different frequencies.

[mscoffman]

>
>Aug 29 at 11:31 PM
>
>Greetings from the Land of AZ,
>
>
>Just to bring everyone up to date, I upgraded my test bench to handle
>higher power levels for testing transformers. My previous test bench
>used a 120 W audio amplifier. I can now handle about 300 W and higher.
>
>Also, I will be testing a new transformer design based on the research
>presented in my lecture a few weeks ago in Albuquerque. I just finished
>building a coil winding machine to construct the new transformers. My
>goal is to reduced the high reactive power levels needed to drive the
>primary input side.
>
>I'm still finalizing my SmartPAK circuit based on this new transformer
>design. Testing should be complete within a couple of weeks.
>
>Making excellent progress!
>
>Bill & Aurora
>


Commercial AB class audio amplifiers may not all be highly efficient at converting their
input DC supply power voltage & current to the AC output signals. But, it is very easy to
build a highly efficient "HF switching" audio amplifier out of just a few components that
are highly efficient relative to DC input power. Some slight sinewave distortions not
acceptable to super quality audio amplifiers would not present serious problems in
measurement in power applications. If one accepts small inefficiency on the side of OU then
an overunity result would easily be measured using DC standard instruments only, but with
much higher accuracies and much less questions then the caculating the power of AC signals.
Remember that one needs to continue to match output impedances to load resistance, when
making measurements to maximise transferred power readings. As a side effect of doing all
of the above the system power output will often be in a form not far from what a self looping
system will require for self-running that could be used in a highly effective and unambiguous
OU demonstration.


:S:MarkSCoffman

[MarkE]

There goes so much for product.  He is still trying to get OU.

I agree with you on everything. 

We don't actually know whether he is using a Class A/B or Class D amplifier.  Class D has become very popular with OEM's in recent years.

>
>Aug 29 at 11:31 PM
>
>Greetings from the Land of AZ,
>
>
>Just to bring everyone up to date, I upgraded my test bench to handle
>higher power levels for testing transformers. My previous test bench
>used a 120 W audio amplifier. I can now handle about 300 W and higher.
>
>Also, I will be testing a new transformer design based on the research
>presented in my lecture a few weeks ago in Albuquerque. I just finished
>building a coil winding machine to construct the new transformers. My
>goal is to reduced the high reactive power levels needed to drive the
>primary input side.
>
>I'm still finalizing my SmartPAK circuit based on this new transformer
>design. Testing should be complete within a couple of weeks.
>
>Making excellent progress!
>
>Bill & Aurora
>


Commercial AB class audio amplifiers may not all be highly efficient at converting their
input DC supply power voltage & current to the AC output signals. But, it is very easy to
build a highly efficient "HF switching" audio amplifier out of just a few components that
are highly efficient relative to DC input power. Some slight sinewave distortions not
acceptable to super quality audio amplifiers would not present serious problems in
measurement in power applications. If one accepts small inefficiency on the side of OU then
an overunity result would easily be measured using DC standard instruments only, but with
much higher accuracies and much less questions then the caculating the power of AC signals.
Remember that one needs to continue to match output impedances to load resistance, when
making measurements to maximise transferred power readings. As a side effect of doing all
of the above the system power output will often be in a form not far from what a self looping
system will require for self-running that could be used in a highly effective and unambiguous
OU demonstration.


:S:MarkSCoffman