Kapanadze Cousin - DALLY FREE ENERGY

[From other Planet]

TenselKoala, void, jeg, & itsu:
You guys are right. I replaced the LED's with a resistor so all of the waveforms were the same,
measured and calculated the RMS voltage X RMS current (input and output) as I had done previously and the COP came out to be 0.81.
Then I used the math functions as itsu instructed, and the COP came out to be 0.4. There goes my fortune and fame,  although I am going to continue experimenting with this coil configuration for a little longer for better understanding.
Have a great day:
br549

br549,
thank you very much for honestly sharing ur experiments and results. In my opinion ur fame and fortune didnt go away, but just reached new heights... 
I for my part really welcome your research in the area of conductor length and mass ratios 

Thinking about measuring , not an easy task, especially if ground connections are nessecary for operation and meters, and influence results. Also im asking myself if our known measurement devices and proceedings really tell us truth about whats happening. If there is (standing/longitudinal/whatever) waves making stuff happen in these devices (even including supply leads like described by some), or possibly other anomalous effects occuring at certain points of the conductors, where and how to measure energies IN/OUT at all?
My persoanl aproach here, whenever possible, is to work with rectified and filtered DC at IN and OUT, or try looping, but this might also "kill or shadow effects"... And then, how do i know the DC OUT is from same star like DC IN and can be correctly measured with meters from IN star? 


regards

[br549]

br549,
thank you very much for honestly sharing ur experiments and results. In my opinion ur fame and fortune didnt go away, but just reached new heights... 
I for my part really welcome your research in the area of conductor length and mass ratios 

Thinking about measuring , not an easy task, especially if ground connections are nessecary for operation and meters, and influence results. Also im asking myself if our known measurement devices and proceedings really tell us truth about whats happening. If there is (standing/longitudinal/whatever) waves making stuff happen in these devices (even including supply leads like described by some), or possibly other anomalous effects occuring at certain points of the conductors, where and how to measure energies IN/OUT at all?
My persoanl aproach here, whenever possible, is to work with rectified and filtered DC at IN and OUT, or try looping, but this might also "kill or shadow effects"... And then, how do i know the DC OUT is from same star like DC IN and can be correctly measured with meters from IN star? 


regards

From other Planet::
Seems like the best way.    I had considered converting input and output to DC on my last little experiment, but since 
I was working with lower voltage and currents, I was concerned about voltage drops (across diodes and transistors)
reducing the output power in the conversion process reducing the power out. I was thinking that if an experiment
showed good proof of concept for a promising COP
that I could expand on it. I am trying to simplify the experiments, so I can reduce the setup and measuring time to cover
more. I am just hoping that I will be able to recognise the effect if it happens, and that it doesn't require higher voltages
to produce it.
Have a great day:
br549

[Ed morbus]

Ruslan video 2015

https://www.youtube.com/watch?v=bBQtH6HNlvw

[magpwr]

Ruslan video 2015

https://www.youtube.com/watch?v=bBQtH6HNlvw

hi,

This is interesting.Looks like Ruslan have drawn a proper connection diagram to kapanadze coil.
But i am still lost on how to achieve nanosecond pulse merely using kacher base on Ruslan video.

The confusing waveform diagram shown in video looks like transverse and longitudinal wave.But i am lost in this area on how he associate the 2 types of waveform.

-----------------------
Tariel used spark to get nanosecond pulse,Dally like wise used nanosecond pulse ,Ruslan like wise is using nanosecond pulse.

-----------------------

This is my latest update for today merely using kacher with multilayer coil and 25 turns coil to 5watt bulb without pwm generator.

25 turns "bottom" and Multilayer coil "top" along with supply negative is connected to Earth with the bulb.

Multilayer bottom coil is connected to the 220volts 5watt bulb and lit around half the brightness.

25 turns "top" is left unconnected in this configuration.

Kacher can be tuned for maximum brightness either using ferrite rod insertion or playing around with position of primary coil of kacher.

[tgraca]

Tariel used spark to get nanosecond pulse, Dally like wise used nanosecond pulse ,Russian like wise is using nanosecond pulse.

Nice work! I have not had any success with this thing, but in my inductive reactance experiments and from what I have seen others do
with the Kapanadze, Sweet, and other devices, the larger gauged wire works better because it has less resistance. Sorry if everyone is
already working along these lines, but this is just my thoughts on getting the nanosecond pulse rate - less ohms in the coils.
I reference this page often.

http://en.wikipedia.org/wiki/Electrical_reactance#Inductive_reactance

Again, sorry if this is "old hat" for you guys. Let me know if this thought was useful.