Newman Motor With And Without Transistor

Two Video's I took Of My Nemwman Motor Using A Peter Lindemann Type Circuit With A Transistor And 2 Resistors. I Noticed By Using A Transistor It Seems To Draw Less From The Supply Enven With A Heavy Electrical Load On The Circuit But Takes More Time. I Also Notice That If You Increase Input Voltage Using The Trassistor, The Motor Will Draw More Current Without An Electrical Load.
The Second Video Shows The Transistor Removed And Charging The Same 200V Capacitor Bank. The Capacitor Bank Charges Up Way Quicker And When It Is Charged, The Neon Light Will Kick On.
However When You Put An Electrical Load On The Motor Without The Transistor, It Allows The Dead Battery To Pull More Current From The Supply.
With No Electrical Load, Increasing The Voltage Does Not Allow the Motor To Pull More Current Unlike When Using The Transistor...
Which Way Is Best? Still Not Sure!! More Testing To Do..
If You Have Any Thoughts On The Issue, Would Love To Hear Them!

Category:

Science & Technology

Tags:

• Newman
• Motor
• Joseph
• Transistor
• Lindemann
• Circuit

[Ben111778]

Thank you for the video's and responding, and forgive me if I sound novice. From what I understand, the other end of ur axel can be connected to another disc with generating coils, can't it? Or does the resistance effect things too much? Also, from what i've seen, don't u want to tap that back emf as the so called "free" part of the energy generation?

[TheB3e]

Yeah, there are a lot of variations you can do with this motor. I tried making a small generator on the other end and was able to produce up to 4V DC but it was a pretty crude design. You can also turn a second wire into the main coil and collect it that way as well. The sencond part of this video shows the back emf. The First part of the video show the motor with the Peter Lindemann circuit which is basicly a no BEMF design. Not sure if it applies to the Newman motor, still experimenting

[TheB3e]

Ben cont..

So if I increase the voltage by wiring 2 9V batteries in series (milliamp draw remains the same or goes down) the motor speeds up charging the battery faster which is important if you want to get the battery to charge before the supply batteries die. I am able to swap batteries at that point and run the motor for additional hours off of the one I just charged.. Still trying things out, so I make no claims of overunity yet! But pretty interesting stuff none the less.

[TheB3e]

Ben had asked me how may amps the motor puts out.. sorry ben I think I hit the delete button instead of the reply button.. you comment is gone.

You are talking about a closed loop system, I dont think thats possible, however the 9V rechargeables Im using state the charger charges them at 9V 100 milliamps. With a dead 9v on the other end, it draws aprox 100 milliamps which seems to be perfect. The problem is the supply battery is 170mah. The key as Newman stated is Speed!

[seshkanuri]

Good video. Very educational. Can you backup all your claims by making others replicate the same phenomenon?

[TheB3e]

Thanks for the positive comment. It is very easy to make one of these motors. I'm also not an electronics guy. I built this motor to test the claims of Joseph Newman and havent stopped since I built my first motor. The proof is in the video. If there is anything in particular you would like to know I will do my best to try and answer.. At this point I dont believe this to be overunity but its pretty damb efficient in an inefficiant kind of way.. :-)

[overunitydotcom]

If you use the transistor you kill the real Newman backspike recharging effect.

It needs a graphite-copper commuator

for the electron clustering to occur.

[overunitydotcom]

Well done!

Try to use a graphite copper commutator.

Will give you much more back current spikes

and keep your batteries charged.

The electron clustering at the graphite is the real secret of the Newman motors and will give you big back current spikes into the battery, but only, if you use the right dissimular metal commutator parts.

You direct-convert graphite to free electrons

which add up in your circuit and recharge the batteries...

Come to my overunity website for more..

Regards, Stefan.