Muller Dynamo

[scratchrobot]

It was RUK who hinted at the dual purpose of the diodes.

It was RUK who talked about big efficiency improvements of the bridge with the addition of the 1N4007/1N4001 to the large bridge.

It was RUK who apparently recommended that the guy working with the Kromrey look at the apparent HALL effect on the efficiency of the bridge...who also was looking at the piggy-backed diodes on the big bridge.

Very few here seemed to put much emphasis on that point. It might be important.

Free energy will have a quantum source...one way or another. I honestly doubt that this is matter of fooling Mr. Lenz, except in eliminating Lenz induced losses.

I agree, we have to think outside the box, expect the unexpected.
I remember him also saying he found a component for the switching to replace the reed switch. Maybe the FWBR does some kind of switching.

[neptune]

Remember that at resonance , I and v are in phase in a series tuned circuit . I have a feeling that at resonance in a PARALLEL tuned circuit , I and V are out of phase by either 90 degrees or 180 degrees , not sure which . This is connecting the cap across the coils .

[bolt]

Hi All,

as user "hoppy" already explained a few pages back (here: http://www.overunity.com/index.php?topic=3842.3397), the phase angle of a series LCR circuit in resonance = 0!

So no "lagging" or "leading" of "I" or "V".

So what are we aiming for, series resonance (no phase shift), or "i" lagging "V" by 90 degrees (= no lenz?)?

The latter meaning a pure inductive reactance, so prefferable without any capacitance in the circuit.

It can only be one or the other, not both. Or is there a method of forcing series resonance in a LCR circuit with "i" lagging "v"?

please explain?        Thanks.    Itsu.

It doesn't matter power factor zero is the same as VSWR = infinity.   We don't care how you achieve this condition but if your motor or coils is inductive then you add capacitance tuned VERY carefully  to achieve this as standing wave. There are some circuits predominately capacitive like errmm i dunno HHO cells plates are the cap so you ADD inductance in series to make an  OU amount of HHO This is Myers secrets.

or HV discharge into Tesla tower lighting florescent tubes then add inductance in series and TUNE to the Tesla tower power drops to almost ZERO watts while the florescent tubes are now working in capacitative scaler.  This is Tesla secrets he called this RESONANCE but it totally different to how you see resonance.

When shorting and motor speeds up then drops into load you MUST retune the system into the desired load. If you have no caps then L your inductor must be tuned with the precision of a brain surgeon.  Simply adding a 10uf cap is NOT tuning that is just being a Dumb Ass! Sorry to be blunt but you have to understand why Romero spent a month tuning his rig.

To understand ZPE  = RLC using RF under node tuning parameters.

In some situations the speed of the rotor must hit a certain RPM before the system LATCHES into narrow band  resonance. In other words no effect be seen whatsoever say from 100 to 1475 rpm then 1476 to 1790  system goes OU then 1791 rpm systems drops out of OU and due to hysteresis  you have to drop back down to say 1600 to get OU again.

Watch THANE forget about his flux path stuff its not at all important but the overall effect is real enough.  Due to the HV coils he has enough self capacitance to  no need a series capacitor IF a certain high frequency  is achieved.

OK next one watch and listen carefully to THRAPP as the generator hits reactive resonance. On the side of his generator is a number of caps to force the system into VARS.

http://www.youtube.com/watch?v=BW0YM4UCCN8

http://www.youtube.com/watch?v=Lp2x6Vtu9Kg

http://www.youtube.com/watch?v=L3JVjbXOssQ&feature=mfu_in_order&list=UL

[chrisC]

Chris:

I admire your work on this device.  Keep it up and best of luck to you.

Bill

Thanks Bill. I'll do my part. There are not many projects that interest me but this one is fascinating and I feel I can learn much from just doing and playing with it to understand the principles. Here's a pic. (resized) so you can see the tuned waveform and hopefully the ammeter and voltage values. Still no cigar but I'm not giving up. Unfortunately I have to be out of the country for over 2 weeks come this Sunday and won't be able to try more options.

@Jason
I will give you my specs. down to the values I can measure before I leave town. Hopefully you can build something simpler and more in line with what Romero showed.

cheers
chrisC

[altair]

Series or parallel  phase angle----

From http://hyperphysics.phy-astr.gsu.edu/hbase/electric/serres.html

either for a series OR a parallel circuit, we don't get 90 degrees offset when at resonance.
In a Parallel circuit, the V and I are in phase.
In a Series circuit, the V and I are 180deg out of phase.

It is then ONLY when the frequency is either above or below resonance that it is possible to get 90 degrees offset. (or any number of degrees, depending on how close or far the frequency is form the resonance freq of the tuned circuit.

So, we need a precise control of the rotation RPM of the rotor, to be able to obtain a stable 90 deg phase shift.
That would mean drive the rotor from an active frequency generator, instead of just self-pulse from fixed sensors & magnets...

I know this is going away from the RUK design, but maybe this is because his generator was difficult to tune.

But first of all, do we really need to have that 90 deg phase shift 

Altair