Brushless Newman Motor@andreg1955

This is a Brushless Newman Motor replication. That means the motor does not use commutator to run but a transistor (2n3055) and a diode (1N2007) with one coil as trigger coil. I am sharing this replication with you thanks to Robert Murray Smith. Good day everyone.

[@terrishefbuch1567]

Thanks for sharing your video I read Newman's book he said if you make his motor brushless it will work better I always had something similar in mind just never got around to it great job

[@Noneyabuiness]

Without shorting the coil you can’t capture the back emf which is what gives the Newman motor it’s greatest advantage. More power and the ability to recharge its batteries and produce more out then in.

[@gilldanier4129]

I have done similar, but with a Magnet ball. This is however a great result with a simple setup. Thank you for showing all the circuit. Joseph was a great person. When working on my project, I simply put the diode at the possitive end of the input and fed back the current from the coil produced by the rotation, just before the diode, so that it would input back into the circuit. I believe it is this that is making the rotor turn faster and the cap is acting as a smoother.

[@user-vs2io4ps3u]

You are a great person sir

[@tonyrebeiro]

Thanks for sharing. Just one suggestion. If you can use hall sensors for the timing, I think, you'll get even better performance.

[@androiduser4162]

awesome job there

[@thegyuse]

Interesting to learning..good job bos...😀👍

[@Edmorbus]

Thanks for sharing

[@williamwitter3783]

Thanks for this video. This is impressive. It would be very interesting to see the current measured from the battery as the capacitor is connected and disconnected. Thanks for this information.

[@pn4775]

yes that would be interesting to know

[@andreg1955]

You're welcome. Power Supply + PWM without load use 0.014 A. Newman Motor without cap uses 0.164 A. Newman Motor with cap uses 0.169A.

[@tribulationcoming]

Will do. I have coined a term, I guess, because of no formal training, I call it "gut science". This is Ned in the primer electronics. Some how and I don't know exactly what that is, but I stumbled on a way of returning the stored back spike voltage to the battery. Will put up a video with amp meter in place. Thanks for the reply.

[@pn4775]

@@andreg1955 thank you

[@user-df4lg4yy3m]

Спасибо очень интересно удачи вам

[@afawurchannel8892]

Very good 👍👍👍

[@heyroldjuniorcambry1991]

Monsieur Hilaire , encore une fois bravo !

[@andreg1955]

Merci beaucoup, monsieur Heyrold, votre commentaire m'encourage.

[@andreg1955]

Thank you for your support.

[@waqaryousuf8058]

sir this project nice i liked thanks

[@shad0wburn3d]

The secret is in high voltahe and capaitance with resonance which equals very low miliamp draw

[@andreg1955]

Thanks for your comment. I really appreciate it.

[@d-lovely6734]

This is just amazing 😮😊

[@andreg1955]

Thanks honey.

[@andreg1955]

Thanks for your comment honey.

[@tribulationcoming]

Good stuff, this can do a lot. put a rectifier bridge on the base and collector and monitor the voltage on the storage cap. be careful and discharge the cap with a chicken stick.

[@andreg1955]

Thanks for your comment, I really appreciate it. Thanks also for your suggestion, I'll do that.

[@tribulationcoming]

@@andreg1955 Been doing this for a long time. Recognized the configuration, looks very familiar, the device you built can do quiet a bit. Put up some videos on basic circuit.

[@KokoroDenshin]

As generator how much voltage and current it can produce?

[@doubleooh7337]

Newman had very thin wire, your wire means this is a high amp motor Newman motor used pretty much zero amps, just v 9v-270v

[@walterbendmydick-ts8mh]

If you put two more coils on it it will self run and generate excess current to.

[@aldymcpndg14]

Will it run with super capacitor alone after starting it with battery?

[@tombell837]

what do you use for the center of the shaft

[@fabianasensio1168]

But does this make free energy?

[@justtinkering6713]

You don't show the capacitor on the schematic. Where is it connected? Across the dc power + and - ?

[@andreg1955]

Exactly! The capacitor is connected to the circuit's input: positive to positive, and negative to negative.

[@justtinkering6713]

@@andreg1955 amazing!!

[@tribulationcoming]

A rectifier bridge AC side is attached to the base and the collector of the transistor and the output goes to the positive and negative of the cap. Be sure an put a meter to read the voltage on the cap.
When a big cap blows it's not nice.

[@Chris-od1ev]

What happens if the coil 1 and coil 2 Do not have the same amount of windings

[@randyserano7490]

How's the torque my friend?

[@hshs594]

جيد

[@mlionea]

I want a railway wheel bar to turn a motor so as the railway moves it produces electricity

[@DK-sg3oe]

Use vfd instead of the capacitor or w it

[@MuhammadSaleem-id3vi]

Please share imput and output data
I, V, resistance, wattage in and out

[@shad0wburn3d]

Nice 👈👀

[@PorkChop71912]

It’s bwushless…

[@waqaryousuf8058]

haw many volt output

[@walterbendmydick-ts8mh]

There are no output coils in this arrangment