Kapanadze Cousin - DALLY FREE ENERGY

[SolarLab]

 Consider this - just one (very inexpensive) design/development approach to look into: 

An STM32 Micro is used as the base for all Pulse Generation and Control sources (Katcher/TT base plus pulser
control Fets, as well as the Push-Pull Fets). Component characteristics are pre-measured (phase, delay, amplitude)
which allows for "pre-distortion" (precise compensation for device operation - Fet rise/fall/delays; coil/transformer
phase and propagation parameters, etc.)... 

Touchscreen/LCD MMI buttons/sliders/keypad allow setting/controlling individual parameter of each component via
their source signal characteristics and displaying those individual settings.

Monitors/sensors can also be distributed throughout the device (voltage, current, magnetic [Hall devices], electrostatic)
to measure and display pseudo real-time operation. 

A methodical design and setup also aids in understanding the individual and interactive operation of the overall device.

This is nearly the same as you would apply when analyzing a device on the bench using conventional Test & Measurement
(T&M) Instruments but is much easier and more suited to real-time experiments. Set-Points and Automated Recorded Results
also allow a wide range of unattended optimization. 

Overview of the STM32L4 training: 06.1 Timers - General purpose timers (TIMx) theory
https://www.youtube.com/watch?v=GKpQ3n0_WwI 

^{One of the comments -  "I stood up from my chair on my feet chin up, chest out, shoulders back, stomach in with love and
pride for my nation for the next 40 minutes listening to the Big Brother roaring about STM 32 timers."} 

Stm32 Intro To timers (more layed back) 
https://www.youtube.com/watch?v=BtAi6-7Lnlw 

So, that's what we're up to for the LinGen, Ruslan Generator and a variety of other devices. The STM32 Micro also serves
as the final controller for a completed device.  Being portable, with a few software changes, the same micro can be used on
other similar devices or designs.  These STM32 devices are professional grade automotive, and can be had in mil spec.

This is apart from, but linked to, the seperate CAE analysis.

It's a new approach to solving an old challenge!

SL 

[AlienGrey]

Nick are you talking about the mains powered device that uses two 12 Volt wingdings and a tank coil ? Don't it use a large set of ferrite rings down it's center because of the low frequency ?

Its the same principle as the one on your living room table as far as I can see.

Sil

[NickZ]

   I am not sure what you are taking about. The links I gave and Vasik posted are not about my replication.Nor do I use ferrite, nor have low frequency.  Check the provided links on OUR.
  I will answer you only here though.

  NickZ

[ramset]

AG
Here vasik posted  what I believe is a schematic from a
Smudge paper
https://www.overunityresearch.com/index.php?topic=4339.msg100435;topicseen#msg100435


And alludes to it being familiar to those working on these devices


If one of you has the ability to show this Vasik comparison ( similar schematic or towards a similar mechanism??


Then you have the bits you need to open a build topic for investigations
And no one can interfere !


That being said smudge will have his own thoughts on this ( which may agree or disagree)
One things is certain..smudge (Cyril )is opening a discussion on this topic ...
a "what if"?


BTW
Smudge has a builders topic here already ( with Partzman)
For clarity
If just one piece of this puzzle can be absorbed by the reader's
Towards an "Ah -Hah " moment ...as to how this might work ?
Then perhaps more will engage !

Respectfully
Chet K

[SolarLab]

A "Precision Controller" Example

An example of another "related" design (Meyer's Water Fuel Cell) where a precision "controller"
(STM32) would yield an optimum working device using the approach detailed here:

https://overunity.com/12736/kapanadze-cousin-dally-free-energy/msg570336/#msg570336

Current, etc. are sensed in "real-time" and the "pulse frequency" is adjusted to maintain resonance
and thus optimum operation. Meyer employed a PLL with reasonable success but the system was
somewhat limited by the single loop design capability. An explaination of the Meyer system:

https://www.academia.edu/32045299/Stanley_MEYER_Resonant_Electrolysis_Cell_System

SL