Kapanadze Cousin - DALLY FREE ENERGY

[Void]

hi everyone,
Latest update related to my longitudinal wave experiment-
I am now able to power 2 x 250watt =500watt   120volt bulb using less than 4Amp at 24volts at 15% duty cycle.Any higher duty cycle or increasing input voltage by 1volts i am able to blow the 2 x 250watt bulb.
Imagine this 24x4=96watt (did not factor in rms) to power 120volts 500watt bulb at the brink of bulb destruction.
This is at 500% COP.
Anyone wanna to replicate my circuit in the multisim.
I did not mention earlier there is potential to connect to yoke core base on my 1st longitudinal experiment using sine-wave.

Hi Magpwr. That looks interesting for sure. I am not sure if I understand correctly however.
Did you actually build this circuit, or are you only simulating it?
If you did build it, do you have some scope shots of the input and output waveforms?
All the best...

[d3x0r]

hi everyone,

Latest update related to my longitudinal wave experiment-

I am now able to power 2 x 250watt =500watt   120volt bulb using less than 4Amp at 24volts at 15% duty cycle.Any higher duty cycle or increasing input voltage by 1volts i am able to blow the 2 x 250watt bulb.

Imagine this 24x4=96watt (did not factor in rms) to power 120volts 500watt bulb at the brink of bulb destruction.
This is at 500% COP.

Anyone wanna to replicate my circuit in the multisim.


I did not mention earlier there is potential to connect to yoke core base on my 1st longitudinal experiment using sine-wave.

https://www.youtube.com/watch?v=F7oPv4cPzJk ; my own replication... 1 cell was as good as 6 and all were tuned accurately... I saw no step increase like dollard  ( http://youtu.be/6BnCUBKgnnc?t=26m48s )
KdKinen did it also... but he had ups and downs....
http://www.youtube.com/all_comments?v=xlgvBepj3Xw and his single cells would probably work as well as 4.


There's no reason to suspect that the energy would stay at one end and not ripple back up the line.
I tinkered with this for a while, and found better ways to get better resonance, but nothing like the original demo.
Please advise what factors might increase the influence.


I did have a strange effect at one point that when driving from the middle, the back pulse would only appear on the right side and the normal driving pulse on the left side.
I was driving with a fairly low current pulse generator.
Well.. in the first test, I eventually upgraded to transistors driven by my tl494 board... so the current limit wasn't the issue.

[itsu]

  Itsu:
  Do you have an adjustable duty cycle and frequency controller that can be attached to the Mazilli circuit, to see if this will help to control mosfet heating and the chaotic response signals?

I do, i tried to replicate severall Akula led selfrunners, all using TL494 PWM's, but i do not see how you can use that on a Mazzilli circuit as it is self adjusting depending on the load.

I would like to try one of these commercially made controller on my Mazilli, looks interesting, without spending lots of time to make one and obtain the needed parts for it.
  http://www.rmcybernetics.com/shop/PWM-OCm

Well, seems nice, but again, i do not see how you would be able to use it on a Mazzilli circuit.

I watched some of your older videos where you were testing the round core crt, and there you mentioned that current draw was something like 22 amps or so.
  What is the circuit drawing now?

I used my 10Amp multimeter to monitor, but stopped quickly when i saw it was pulling 11Amp   

I've been using the 0.22uf to 0.47uf poly caps, 400v and higher voltages. Some other caps also work, but get hot, as they are not rated for higher voltages. The tuning caps are very important on this crt, but I just can't get the right one, yet.

I did some tuning this evening, but there seems to be a strange selftuning mechanism working in this Mazzilli circuit, so any calculated value capacitance does offset things instead of improve.
Finally when trying to peak the output with some magnets in the yoke (works good) both MOSFETs popped.
Guess they just got to hot 

Anyway, not much progress today.

Regards Itsu

[magpwr]

Hi Magpwr. That looks interesting for sure. I am not sure if I understand correctly however.
Did you actually build this circuit, or are you only simulating it?
If you did build it, do you have some scope shots of the input and output waveforms?
All the best...

hi Void,

At this moment it is just stimulation as shown.The current is within 500mV peak to peak via 0.1ohms resistor which i had removed in the scope which shows this is around 4amps or below.It's even harder to show 15% duty cycle current pulsing in the scope to simplify i use multimeter and spotted max reading is around 3.75amp which i mentioned < 4Amps.

My only concern is about the capacitor current handling in actual experiment-The original video is using mica capacitor hence i am getting the same thing.
I am not really concerned about inductor winding to easily get 100uH >1Amps.

Next stage and final stage of the virtual experiment pulsing using mosfet using same frequency and duty cycle <20%.

[magpwr]

https://www.youtube.com/watch?v=F7oPv4cPzJk ; my own replication... 1 cell was as good as 6 and all were tuned accurately... I saw no step increase like dollard  ( http://youtu.be/6BnCUBKgnnc?t=26m48s )
KdKinen did it also... but he had ups and downs....
http://www.youtube.com/all_comments?v=xlgvBepj3Xw and his single cells would probably work as well as 4.


There's no reason to suspect that the energy would stay at one end and not ripple back up the line.
I tinkered with this for a while, and found better ways to get better resonance, but nothing like the original demo.
Please advise what factors might increase the influence.


I did have a strange effect at one point that when driving from the middle, the back pulse would only appear on the right side and the normal driving pulse on the left side.
I was driving with a fairly low current pulse generator.
Well.. in the first test, I eventually upgraded to transistors driven by my tl494 board... so the current limit wasn't the issue.

hi d3x0r,

2 things you would neeed to consider getting or making inductor which can handle high current.The old experiment is using air-core inductor back in their day.I wouldn't recommend the same.
It would be better to use toroids i will be sticking with 100uH (less turns needed means less lost).

I noticed the frequency output only at circuit resonance would be doubled and at times nearly tripled as shown in my virtual frequency counter.

The only concern i have is the current handling capability of the capacitors.I am getting some silver doped mica capacitor at the moment.Can be solved by paralleling mica capacitors together.