COP 20.00 (2000%) Times, Reactive Power Energy Source Generator,

[hartiberlin]

Okay, tonight I had time to buy the Serps
lecture:

http://bit.ly/serpslecture

but, well I guess you can spare the 37 US$...

As the slideshows showed interesting devices and
also Paul Babcock showed his toroidal motor turning
and showing needing less power when he enganged his
special switches, there were no real circuit diagrams
shown and also the motor was not shown powering a mechanical load...

Looked more or less like a rotorvertor minimizing the input energy.

Anyway, the only interesting block diagram shown was this one,
which I have modified with further explanation about Tesla´s magnifying
generator.
I added the violet circle and note...

I was wrong, when I assúmed, that they just charge and discharge
the caps over the bulb ( resistive ) loads !

This has too many losses !

You really need to have a switched LC tank circuit with very low ohmic
impedance, where the L is the primary of a transformer
and just have the ohmic load on the secondary of the transformer,
which must have a high impedance ! ( That is why they use 2 bulbs in series
at the secondary of the transformer, there is a higher voltage with lower current = high impedance)

This way you can compensate any ohmical losses from the primary coil of the transformer
with the switched capacitor.

I will draw a block diagram and also post it later.

They did not show any other block diagram, so the video was a bit disapointing...
Having a great technology and sitting on it only waiting for stock investors money
is a waste of time....in my opinion...

Regards, Stefan.

[hartiberlin]

Okay,here is the block diagram.

The switching timing is the same as already posted before.

Maybe the guys with the simulation software can run this again through ?

Many thanks.

Regards, Stefan.

[hartiberlin]

By the way, it would be probably good to have the
parallel cap configuration with C1 and C2 resonate with the primary
of the transformer coil L1 at 60 Hz, you you would need to
tune the cap values of the electrolytic caps with some parallel
caps to get the right capactor value to get to 60 Hz resoanance
with the given transformer coil L1.

As there is mutual inductance coupling between L2 and L1
when the 2 bulbs load is applied, this might need to be
taking into account and calculated for this load...to be at optimum
efficiency.
So L1 and (C1+C2) should have a maximum Q, so ohmical losses in this primary
LC tank should be minimal for good efficiency.

Regards, Stefan.

[wings]

Parameter Variation Machines With focus on EPD FQToEW, JF Murray, Manelstam & Papalex
back to 2012 by garrettm4


http://www.energeticforum.com/renewable-energy/10769-parameter-variation-machines-focus-epd-fqtoew-jf-murray-manelstam-papalex.html#post183458

http://img521.imageshack.us/img521/7771/ractancemachineplot1.png


http://www.energeticforum.com/renewable-energy/6557-charge-conserving-capacitive-spring-9.html#post221075

[listener191]

Hi Stefan,

In the earlier video of SERP's you can see fixed links between the two sets of caps, which rules out parallel/series switching.

Regards

Barry