Over Unity Research from the former east block
Dimitar Chobanov
Switch Mode Power Supply - Multiplying Effector
Kn1, Kn2, Kn3 = Electronic Switches such transistors or FET. PT=Load
When the car speed was 120 km/h the Switch Mode Power Supply consumed 500 mA at 450
volts.
The mystery of the Kapanadze generator
Hi Simon and Jukka,
What are your opinions about the Bulgarian inventor Dimitar Chobanov Switch Mode Power
Supply - Multiplying Effector?
http://gratisenergi.se/oureast.htm
A click on the image and you visit
https://overunity.com/
It looks
like he is using Mr Preva transformer circuit to get the gain:
https://www.aboveunity.com/thread/the-mr-preva-experiment/
Best Wishes,
Hermes
Hi Hermes,
Basically, looks like this circuit is two
unequal (and oppositely-wound) coils on the same core, thus if you short the coil ends
together and put a changing voltage across the two coils you get a current circulating
within the coils as well as an overall current passing through both in parallel.
I'd suggest simulating this in spice, probably
LTspice because it's free. You'll find it doesn't generate any extra energy. Yep,
there'll be some phase changes and resonances, but the simulation will show you all of
that.
Resonances give you more current or voltage or both, but you need to also
consider phase with AC. Power is the integral of instantaneous voltage times
instantaneous current, so that's something the simulation can calculate. Where we talk
about phase changes, it's just a way of looking at things that is often easier to work
with than the instantaneous values, but the energy flow is in fact determined by the
instantaneous values.
Net result, of course, is that it's not OU. You get less
electrical energy out than in, since some is lost in heating things.
Best regards, Simon
Fuel Free Energy Transformer by Ruchkin V. A. Kiev, Ukraine
Magnetic Core of Transformer by Ruchkin V. A. Kiev, Ukraine
Energy Transformer by Ruchkin V. A. Kiev, Ukraine
Combined rectifier - Stepanov, Arkady Anatolievich EP2387142A1
Autonomous electrical power supply source with a recharging function using one
rechargeable battery - Stepanov, Arkady Anatolievich EP2429071A1
Hi Simon,
Are Ruchkin and Stepanov measuring VAR using voltage
and ampere meters? Can VAR be converted to real power using switching power
electronics, coils and capacitors?
Best Wishes, Hermes
Hi Hermes,
No, VARs cannot be converted to VAs at a 1:1 ratio. Many people have
thought that this was a route to getting more power out than in, but they all failed.
If anyone had succeeded, then they would have been able to run the device from the
power it output, and that would have been pretty obvious.
Thus this gets filed
under "stuff we don't need to investigate" because it's been done so many times and
failed every time.
Best regards, Simon
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