Hi mariuscivic. Is there any chance i could have some info on your latest video dated 18/08/2011?

How many magnets and what type
Orientation of magnets (nsns, etc)
Generator coil wire thickness, how many strands, resistance.
Bolt size.
Wheel diameter.

Thanks.

Quote from: Zooty on August 19, 2011, 07:50:10 AM
Hi mariuscivic. Is there any chance i could have some info on your latest video dated 18/08/2011?

How many magnets and what type
Orientation of magnets (nsns, etc)
Generator coil wire thickness, how many strands, resistance.
Bolt size.
Wheel diameter.

Thanks.

Hi zooty

the disk is 95 mm diameter
8 neodinium mag ; all poiting N outside
romero's driving circuit
sewing bobin coil about 300 turns with 0.4 mm wire (around 2 ohm)
the bolt is 10cm long and 6mm thick

Thanks for the reply. I have 10mm x 10mm neodymium rod magnets. There are a few people trying to get this effect over at the energetic forum. By the way, is the RPM shown on the meter the real RPM or just an indication? Some people are also suggesting a bifilar wind connected in parallel to reduce the coil resistance but keep the same inductance. Also, a DC to DC converter on the output of the gen coil to boost voltage and draw more current to simulate a useful short across the coil. Great work, keep it up.

Hi Mariuscivic

That is great video you did with the rotor going up in speed dramatically when coil is shorted, or 1 ohm resistor is across it.

What is the distance of the coil from the end of the core facing the rotor?

Is this distance important for the speed up effect to happen?

Can coil be closer or further awasy or does it have to be right where it is?

Seems like good next step is to substitute large DC cap for that 1 ohm resistor, and see if you can get speed up while filling up a cap...

the resistance of the cap will change, as it fills, so the cap at zero volts might speed up very nice, jsut like the 1ohm resistor does, but then a few seconds later, when cap gets filled up somewhat, the resistance will be higher then - and now I bet the effect wont work because of the resistance chagne of the cap when it is higher in voltage.

So what you could do is knock that cap into load like once a revolution or something -  so you keep that cap down in voltage level and it will have that low resistance most all the time, which seems to be necessary for the speed up to occur as your video shows.

Also try a fWBR, and a half-bridge, and a single diode too, on the col before that 1 ohm resistor too - as it would be good to see if diodes will still make this work or not matter (then substitute large DC cap for the resistor)

If you can fill up big DC cap, and the rotor speeds up, and also you can pulse that large DC cap into a motor coil, you should only be a few steps aways from a looper with what you have going. so keep up the great work and dont get distracted from this - try to look at every angle of it possible like differnt rpms and whatever you can think of...

Quote from: konehead on August 19, 2011, 06:48:24 PM


Also try a fWBR, and a half-bridge, and a single diode too, on the col before that 1 ohm resistor too - as it would be good to see if diodes will still make this work or not matter (then substitute large DC cap for the resistor)

If you can fill up big DC cap, and the rotor speeds up, and also you can pulse that large DC cap into a motor coil, you should only be a few steps aways from a looper with what you have going. so keep up the great work and dont get distracted from this - try to look at every angle of it possible like differnt rpms and whatever you can think of...

I like the idea of testing diodes before the load to see the difference if any. ;]

As for charging a cap, as it fills the effect will go away. Once filled, the effect is gone, til discharged. Like the light bulb test in the vid, when the filament got hot, the load was weaker than when the filament was cold. 

Im thinking to connect the coil to a low impedance primary of a transformer.  With a load on the sec(step up) the primary should keep the effect going well. And with higher voltage on the sec(step up) you can discharge the cap at lower useful voltages, or just load it, say with a regulator IC, light bulb, motor, what ever.

The great thing is, you can aim for a load, without worry of increasing the input, due to the heavier the load, the better the effect. ;]

Sorry, Im editing to add my words as I posted by accident after quoting.

Mags