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I used 3. In my Motor, 1 coil is a Bifilar coil and other 3 coils are triggered by the same trigger of that Bifilar coil and these three coils boost the energy of the motor by giving out some more coil spikes while speeding up the magnet rotor. That is the secret of my Small Bedini Motor as I connected the coils in the parallel mode. I am sure when I use the other 4 coils with bedini Circuits my Motor will work more efficiently and the magnet rotor will be spinning in a tremendous speed.
If you have any circuit related query, you may interact through comments, I'll be most happy to help! Your email:. Boa noite,como vai? Sorry I have not yet tested it, so not sure about it. For more info you can refer to this article:. Boa noite. I mean the wire connected with collector of the driving transistor. Hello Victory, all the details are given in the article, or you can also find it in the download link at the bottom of the article.
Sorry for the work. But my doubt in this! Good afternoon. Sorry for the work, but what I ask you to explain to me is this recommendation to follow, how to put the monestavel at each exit. See the following recommendation: If experimentation shows that your particular circuit construction works best with increasing frequency of clock pulses, and this results In each transistor triggering coil requiring a period of drive voltage longer than the length of a division clock period by N, then this can be solved by using a monostable at each output, as shown by the shaded portions of this diagram:.
You will need 10 such circuits for the 10 outputs of the IC You will also need a relay to be connected across pin 3 and ground of the IC. The relay contacts can then be wired with the coils. Do you any video,,regarding this article? And if you have..
Kindly send me a link in my email.. Hello Swag, thanks for your wonderful circuits and tutorials, i will love to build this circuit. Good day. Is it really true that it can supply electricity? Thank you, Antonio. Hi, most of them are fake. Only the ones which are built using many magnets and coils may have some truth.
Dear Mr. Swagatam, how can you believe that the circuit can pull 40W out of nothing, indefinitely? In the most optimistic case the magnets will be exhausted, so the circuit will stop working. Dear Arnoldo, Neodymium magnets may take very long to lose their strength, so by he time they gets weaker, a lot of free energy could be collected in the batteries.
And afterwards these weakened magnets can be replaced with new magnets. Please help me achieve 12 DC volts generator using DC motor, coil, and few components capacitor, rectifiers etc. I will be grateful to have a direction to achieve this self running technology.
Thank you. I have a question the resistor in the original sketch with the mje has no value driving the base can you elaborate what that value is. It will need to be set with some calculations, depending on the required load current or the battery current. Thanks for the collection of interesting concepts and articles.
Very inspiring! With regards to the timing chip, please confirm that pin 7 is to be unconnected. Regards, Lou. Thank you, it seems pin 7 is intentionally omitted in the circuits presented in the above article…. Hi Melvin, If time permits I will surely build one of the above discussed units and report my experience here about the same.
I would like to see the schematic of Mr. Swagata this not about the posting you wrote above, but please read this. My question is there a way to build a small self contained v and a v generator without an outside power supply. When I looked at your diagrams I had no idea what you were talking about. If you could sent me a list of what I will need to get along where to get the items, it will very much appreciate it. Thank you for reading this. This discussion will be running almost everything on the native 12 volts DC that these power systems produce.
Converting 12 volts DC that you are producing into volts AC is very inefficient, especially when you realize how many devices just turn around and convert it back to 12 volts DC, or close to 12 volts. Also, by design, appliances built originally for 12 volts DC are much more energy efficient. Next use a volt meter, or have an electrician verify that your distribution panel is dead.
Your building wiring is then safe to work on. It is beyond the scope of this discussion to cover all safety aspects, but at a minimum we need to mention the prolific use of fuses. Your battery bank needs a master fuse between the bank and the charge controller, one that is accessible and can be used as a master disconnect.
Likewise, the same is needed between your solar panel array and the charge controller. Suggest using ANL type fuses at these two points, probably 30 amp: www. Check with an electrical supply store for ones that can be simply swapped out with your existing AC breakers. Use as many circuit runs as you can to minimize the current on any single run.
Fuse each run at 10 to 15 amps max, 5 is better. When you buy books using these links the Internet Archive may earn a small commission. Open Library is a project of the Internet Archive , a c 3 non-profit. This edition doesn't have a description yet. Can you add one?
Previews available in: English. Add another edition? Living on 12 volts with ample power. David Smead.
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