Bedini type pulse motor measured overunity !

[Schpankme]

... People have been asking for the schematics and I keep telling them to start with a pulse motor.

Todd,

How many RPM's did the pulse motor loose, running Todd's Sidekick Generator (TSG) ?

- Schpankme

[hartiberlin]

He has posted his circuit diagramm now and it is very easy to replicate.

Have a look over here:

http://www.youtube.com/watch?v=xF5LalIA6WA

He did not yet post,
if he can selfrun it from his output only...

Regards, Stefan.

[toddsfreedom]

I apparently need some larger caps (100,000uf)+. I know I am producing enough for a self runner, I am just learning about the switching circuits to be able to do this without melting something lol. I have to study the reply from schpankme. Thank you for getting me over here. It will take what I am building to the next level for sure!! Thank you all for you help. My next stator will be a larger gauge wire 15-18 and more turns 100-150. I will do this after I test the torque on the neodymium magnets I am placing on the pulse motor. I have 1" dia by 3/8" thick round neo's (4 of course). I believe this will create more back EMF, more intense collapse on the second winding, and more torque for the alternator. We shall see

Ciao,
Todd

[toddsfreedom]

Schpankme,
     I lost half my RPM's when I put the stator close to the rotor. I adjusted the timing on the pulse motor to compensate for the loss. I need to measure exact RPM's for you guys. I am only going on what I hear my relay doing(clicking away!) I must invest some more dough (analog meters, RPM gauges etc...) because I know I am on to something.

Todd

[armagdn03]

I hear your quest to test the actually input of this device, this is a stiking point for many.

Why not charge up a capacitor bank, several farads, to a predeternined voltage, and test how long the motor will run. Maybe start it off of a battery, so that It can get up to speed and into its sweet spot, then switch over to the cap bank, and start taking note, when you decide to pull the plug on it, or it stops on its own, notice the voltage in the caps, now you would have the difference between final and initial, and you have a set capacitance for reference, and you can easily calculate how much energy was used as a function of time.

You can take this further, but adding a second identical, empty bank of caps to the output, and see how far they fill at the same time.