thanks bro. i liked your video that where u explained it on the schematics for free. You embrace the idea of truly free energy, at least thats how i see it. I salute you!
Subscribed! I like that you're using real resistive loads to test the circuit, I've seen so many bad experiments where they just connect a bunch of LED's and determine the power based on how many LED's light up.
I am using resistive loads. Two incandescent bulbs of 200W each!!! LED Lambs are no problem here. You can light up many of them. It depends of the output. That’s why I adjust the duty cycle a lot.
The spark gap should be in parallel and the capacitor in series, one of the reasons is that it extends the oscillations and increases the economy, furthermore this is meant to be a reactive power producer circuit that occurs from the free oscillations bouncing around in the circuit at its resonant frequency per spark discharge, reactive power cannot be tapped directly since it kills the oscillations so another trick is required. Tesla's tech is meant to go beyond energy, reactive power is where he was headed into and the hairpin circuit is an example of such a device, but tapping it directly is not how it's meant to be used.
@@gsav2504 There are plenty of experiments around which you can see the effects of what I'm talking about, furthermore study the designs in Tesla's Colorado Springs Notes, especially pages 56-58, he states the exact reasons for the design choices and has clear similarities to the hairpin. It's all there for you read, the device is a reactive power oscillator, read Tesla's own words and think about why the circuits are portrayed as they are and what they do. I suggest watching "2018 ESTC Panel Discussion 2 - Energy Science & Technology Conference"
Nice. Have you made the water test on this setup? Cold electricity should be able to jump the water surface. If it's just regular HV/RF then it should produce hydrogen bubbles.
Hi, nice demonstration. I do several own simlar experiments and I'm an electrical engineer. Your measurement should be enhanced zu real and reactive power measurement. Can you please use your oszi with math function. U×I and look. May your oszi has Powermeasurement like on rigol mso series?
Hi! My oscillator doesn’t have this function I think. Match measurement between square pulses of 70% and impulses of several nanoseconds have no meaning. The difference between input and output is 20W according to my experiment. The impulses are more than 400V (peek) and they may destroy the oscilloscope as well, that’s why I use a resistor of 2M.
