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Well, I didn't invent it. It is called a Slayer Exciter, you can find many videos on You Tube by other folks. It is demonstrating that it can create ionized plasma sparks which cause a small breeze projection in the direction that the spark expands. These sparks can be redirected out out a properly shaped piece of aluminum foil, causing the foil to spin. (i.e., a motor.) The voltage starts out from a regular power supply (110v ac to 45v DC). The 45v DC is run through a transistor into the 4 turn large wire part of the coil. The 1200 turn thin wire part of the coil give some feedback to the transistor to have it repeat turning on. This happens a a high frequency. This pulsating DC though the coil (a specialized transformer,) causes it to act like AC to make the transformer work. Because the circuit to the coil has almost no resistance, it carries almost the whole juice from the power supply through the transistor which gets the transistor very hot very quick. The heat sink holds the transistor to dissipate its heat. I also use a cooling fan to blow on the transistor and heat sink. I suppose you could say that there is wasted energy. But to get the big spark and radiant energy to light a florescent bulb at a distance, this is the only circuit I know to play around with. (The heat sink and transistor are mounted on a bread board.)

Wow, thanks for the explanation. Way over my head, but a question. So the 45V DC power supply is a fixed voltage? Or can you reduce the volts and also have control over amps? I assume OMS law is the driver of your project or delivers the results. I know nothing of this but am picking up little things using my new power supply for electrolysis.

I went and visually checked the last Slayer exciter I have and it is actually 42V at 2.0 Amps. It is a fixed power supply, not adjustable. I don't know all that Ohms law stuff off the top of my head, but from a fixed voltage power supply, the voltage and current are inversely proportional. If some components in the circuit increase the voltage, then the current drops in proportion to the voltage increase, and vice versa. So my slayer exciter (transformer) has 4 turns interacting with 1200 turns, a 300 to 1 ratio. The 42 Volts gets multiplied 300 times, giving 12,600 volts out the top, and my 2 amps drops to .006 amps. Voltage can be thought of as how much energy is being applied. A thrown hardball has a lot more energy behind it than a lobbed softball even though we are looking a 1 ball vs. 1 ball. Current is looking at how many balls are being thrown at the same time. (How many electrons are passing through a certain point in the wire at a given time.) So, one kindergarten age kid can not push a fullback off a cliff like a speeding linebacker (voltage) could, but if you got enough of those kindergartners together (current), that fullbacker is a goner.

A slayer exciter is a device similar to a Tesla coil. It is actually just a specialized transformer that will radiate on one side into space to ground. It produces very high voltage (20-30KV) being radiated which causes the plasma spark. However, the current is so low at the high voltage spark, that you can touch it without being killed. It will give a nasty shock in certain situations, but it won't kill you. Keep on Cajun cooking my friend!

Yeah Slider's tie fighter small version solar spinner looks great, but it is a pain to build, so I have built several of the larger models. Note that I use magnets on both sides to increase spin power. Yes, your single coil circuit works in all sorts of projects. Thanks again Lid!

I cut and pasted, and somewhat doctored, the normal schematic symbol for a transformer. I was pointing out , maybe not too clearly, that the symbol does not graphically show the correct direction. The direction of both coils, when finished and mounted together must match. I also did not mention in the video that for the voltage I am using, the coils need a 1/4" gap between them. If they are placed almost touching, you will get arcing between the coils which will burn the insulation.

I also sometimes use three of the 3.x v LEDs instead of mixing some regular diodes in. I now ,as opposed to the schematic, would recommend using all LEDs in place of the diodes. Again make sure the LEDs are the right voltage.

Thank you for viewing and the nice comment! You have some nice gadgets on your site too.

Thanks to you and Lidmo for getting me going on this stuff.

Thanks.

Thank you sir!

Kudos to you Lidmo, you were the instigator behind Slider's variation of your lead-in ideas. Plus, you've built a ton of excellent motors I'll never be able to replicate; but hey, I'll take a compliment from the king of pulse motors:)

Thank you.

Thanks. If my wife ever takes another vacation without me maybe I'll get it done right.

Thank you. I just checked out your cool motor.

I'm sorry; I gave this device away several months ago, so I don't know. I think I just grabbed the first small fan I had handy that was close to the power supply voltage. If you run the device for short periods, the fan is not essential.

@@saracumbia1778 I can work with that info, thank you!

I gave this device away a while back and do not know the exact part number but here is a link to some senors that should work www.ebay.com/itm/Uxcell-10-pieces-3-Pins-Unipolar-Hall-Effect-Sensor-Magnetic-Detector-2-5V-20V/253186734946?epid=1538357175&hash=item3af31afb62:g:gUAAAOSwA1papD~F

You are wecome.

Thank you. The schematic can be found in another of my videos ruclips.net/video/Y1x1IefKnFg/видео.html It does not show the on/off switch but it can be inserted on either side of the battery. Number of turns on the coil is not critical. Same circuit has been used with ferrite or air core coils. Unipolar or latching hall effect sensors use the same circuit only magnet poles will alternate N/S/N/S for latching sensors. If you use > 9v, buy higher voltage sensors. Higher resistance coils (thinner wire, more turns) give better battery life.

Thank you! Your channel has some interesting vids I need to check out.

Please do check them out!

I believe it used a low voltage (9v?) latching hall effect sensor. The solar panel was 5 watt, 24v, I think. Obviously not that much power reached the device, otherwise it would have fried the sensor. I buy higher voltage hall sensors now and power them with 2 9v batteries (18v).

Thats great sara Cumbia, wwaiting for more such motor videos from you, thank you

Mucho gracias amigo. I don't speak Spanish well, but my wife is 'Hecho en Mexico'

Glad you liked it!

Thanks for the nice comment Cool Joule. I just now 'discovered' your channel. Looks like you have some interesting videos there I need to check out. Merry Christmas and Seasons greetings!

And a Merry Christmas and Happy New Year to you and yours Lid! Now, if we could just get the wives to quit complaining about us 'wasting' time building these things:) TallDudeInLA.

I made a short video to hopefully answer your question. See ruclips.net/video/-dIjqEzo6Mc/видео.html

Glad you liked it!