Bedini motor, debunked by MythBusters.

[marcusishere]

I think it's better to stay away from the Myth Busters. I think they're a bunch of charlatans.

[jiivaneshvar]

Its a shame for the mythbusters that a school girl can replicate and prove it to the world but they (mythbusters) can't. 

[jamesneal6927]

Sorry to interrupt in here but I need some help!

Please take a look at these pictures and tell me what they mean.

This is my Bedini motor running on a 12 volt battery tested at 11.25 volts.

It has an attached box that contains a generator at the other ent that produces 2.5 volts.

I get these readings when it is running at it's peak.  It appears to be getting three spikes of energy on 1 end and 5 on the other end.

My questions are:

  1) Do these spikes net out to only two spikes?
  2) Is it proper to put the oscilliscope probe on the emitter and the ground on the collector?
  3) How can I tell the total increase in energy by this osc. reading?

Any assistance is greatly appreciated.

JHN

[shane0858]

I have the bedini ssg running in my garage. it is very simple to build. I have had more success with OU using my bedini set-up than with any of my hydro projects. I guess ignorance to how the motor works keeps people from actually making a successful motor. If bedini was a fake, he would be charging money for his experiments, but he doesnt, that should tell you something. I watched the episode where they tested the bedini. First off, where the fuck are the magnets, and second, why the fuck are they using an electric motor for their first build?? It is obvious they are morons, with little understanding of electricity other than where the power button is on their computers, or the battery compartment on their ipods. They were clearly dismissing something they are too ignorant to understand. If they knew anything about anything other than blowing shit up, I would take their opinion into consideration. However, I have a bedini motor running in my garage as I type this, and it is working great, and I am achieving OU with it. Hmm. How much more simple can the Bedini SSG be?
I mean come on, it is called the Simplified School Girl motor for a reason, it IS SIMPLE!!!!!!!

[jamesneal6927]

I just found out tonight that if you take your charge battery off and run the + through a 250V cap. and then take a reading with your volt meter on the + side of the cap and the - on the left side (where you attached the - from the charge battery connection), you get upwards of 75 - 125 volts DC current with about .5 to 1 amp of power.

Now, comes the task of cycling that charge back into the circuit and letting the motor feed itself. 

Those spikes you see in the pictures I posted earlier are about 25 volts of electrical current each.  By piping the power from the collector into a capacitor instead of a battery you get an immediate charge; due, I guess, to the fast switching that is going on.

Also, DON'T TRY TO CHARGE NON-RECHARGEABLE BATTERIES with this process.  They will explode!!!!!!!  Happened to me with my son standing right next to me.  We're lucky that we didn't get acid in our eyes.  Someone mentioned on another forum that you could re-charge them and that's bull-shit.  You can recharge them but the 9 Volts expand and the AAA's and AA's will explode.  I'm assuming it's because of the mass amounts of volts that are being pushed into the battery along with the fact that they are not designed to be re-charged anyway.  The charge doesn't last too long and they will not charge back up to their full amount.

Does anyone have any ideas how to take this excess voltage and convert it back to usable 12 volts?  If so, I am all ears.  I still need to purchase another lead-acid battery and I would be OU.  I still need to design the battery switching so that the batteries continually switch charging.  That way they both stay charged instead of just the charging one.

I have a pretty good setup based on some other forum.  You just take a large PC fan motor, convert the coils to the standard +-+- configuration and use 1 as the trigger and the other as the load.  Vuala you have a Bedini motor.

I added a phone jack to the fan side, a phone cord to connect to my box and a Radio-Shack project box with board.  Now, I just unplug the fan and exchange for another project that I want to use the circuit board for.  Or, test re-wiring, etc.

I've also added another fan about 6 inches behind the fan and enclosed it.  This allows me to generate about 2.5 extra volts of electricity from the what would be wasted air being blown.  Now, I want to send that back into the battery as well to increase the OU that I'm pretty sure I already have.

Now, if you've been keeping up on the Steven Meyers HHO cell, you will remember he pushed high voltage to the cell to cause mass HHO output.  I'm thinking he might have taken the alternator and made a similar process as the Bedini motor.  Since all that excess voltage is just voltage with very little amps.  The alternator is already AC and then it is converted to DC at the back of the housing right before it enters the car's circuitry.  If you take and switch that load you can generate tons of voltage that you could then pass into the cell and treat it just as I have done with the capacitor.

Since the Cell can be treated as a capacitor you can send in a current via PWM (Pulse Width Modulation) and steadily increase the power (nano-seconds) until it explodes; not litterally.  This will for the water molecules to fragment and the Oxygen and Hydrogen would be sluffed off quite rapidly.  I wouldn't even think the chokes on the + and - lines would be necessary since there isn't much, if any, amps flowing through the lines.