Power ratio over one

[Schpankme]

Hay Chad:
This test is down and dirty but gives an approximation. I'll have to run the full test to see whats happening.

Above information imported/exported via Excel.

The first PRO² test is without magnets, the second is with magnets:

- Schpankme

[wattsup]

@guys

Here's a nifty little program to calculate wire gauges, lengths, weights and metric to english conversions.

For the drive coil, since it is the one being energized and since it is only using one side of the coil field being alternatively pulsed, why not put another magnet on the other side of the coil to capitalize on the other polarity, since right now, it is being wasted.

You could probably run two shafts with one drive coil. I will look into this when I get my magnets.

[handyguy1]

Hay Chad:
I did a few more tests with your secondary magnet idea. The previous result I posted was with a used 1.5-volt cell. This time I used an almost depleted cell. I ran the first test without the secondary magnet. The second test with the magnet. On the second test with the magnet, the input power went up.

What happened was, because the axle speed was accelerated, the driver coil produced its own electricity which added to the overall power input readings. I could subtract the first test input readings from the second to get an answer. What I don?t know is what is happening to the increased power.

What I need to do is hook up to the cell itself and see if the increased input power is going into the cell. I dislike guessing so I won?t! I will keep you posted.

David

[handyguy1]

Hay Wattsup:

Yet another idea worthy of investigating!

David

[hartiberlin]

Hi David,
will you soon have the new videos or pictures ready ?
Many thanks in advance.

Regards, Stefan.