Muller / Romero Experiments - Part 3
Loading...
2,133
Loading...
Uploader Comments (plengo)
see all
All Comments (44)
-
Fausto, Well done,
Could you please try my idea with the 2 Avramenko plugs
on the coil´s 2 output wires ?
Regards, Stefan.
-
Hi Fausto,
well done !
So with no DC path in the output, only AC coupling you get
no Lenz law effect ?
How much power can you extract this way on one coil pair at about 920 RPM ?
Many thanks for your great work !
Regards, Stefan.
-
@jcndizo Obviously you don't care, and I don't care that you don't care. That makes us even.
Have a sparkling day.
-
awesome !
-
@ZeroFossilFuel Who cares!
-
Concise and clearly demonstrated. Outstanding work, plengo!
Loading...
Well, I just subscribed. Excellent demonstration. What you created is exactly the direction I am headed with my replication, resonant tuned RLC.
Do you describe anywhere what you are using for a PC scope and power supply?
ZeroFossilFuel 8 months ago
@ZeroFossilFuel
The oscilloscope is DSO-5200A 200MHz PC USB Digital Oscilloscope. The power supply is TE-HY3002F-2. The other oscilloscope is a WON PDS5022S 25mhz (the one showing the 244 volts spikes from the driving coil).
You are doing a great work man. I used YOUR idea of the shaft on my design.
plengo 8 months ago
OK when you stated the the bulb is 12v 25 watt, it is easy for someone to think that it's a 25 watt load which it is not, it means it puts out an equivalent of a 25 watt of light of a incandescent light bulb. So being a LED lamp, it doesn't take that current to light the bulb. Must always use incandescent bulbs for the test. Keep the good research going.
Richard
hhoforvolts 8 months ago
@hhoforvolts
you're right Richard. I thought I did mention the LED was on the drive site utilizing a "kind of free" power without changing the input requirements. The 25 watts really means that any other kind of LED will burn immediately.
plengo 8 months ago