FUELLESS CAR PROTOTYPE by ISMAEL MOTOR

[jbignes5]

That means it is variable capacitor depending on applied voltage ! Also seems like superconductor if you know how to connect it !

Not only the voltage but the size of the coil, the frequency of the current ans weather or not you can reduce the resistance of the wire itself. This can be accomplished just by paralleling 2 coils together and then you net an increase in the capacitance as well Per capacitance rules.

[johnnymx]

hi  everybody i am going try to replicate ismael efect, i start with vcr head motor, this motor has 4 coil and rotor with permanent magnet in alternate poles like +-+- i use 2 coil for run the motor in pulse motor design and 2 coils as alternetor generator for short, and see if the motor goes down in rpm after load is conected, right now i am in the 1rst phase, i run the motor, next step is make an oscilator to drive a mosfet for short generator coil, i will try with diferent frecuencies, and see what happen ok i show what advances i got.

[konehead]

hi Johnnymx

use bi-directional mosfets to short the coils - this is two mosfets wired together at gate and source leads, then the switching occurs between the two drain leads.

Use mosfets with high amperage rating and also high voltage rating too - mosfets with high amp rating will have low resistance - if too much resistance in the switching it will snuff it all out and caps wont fill up like they should.
Expect X20 voltage into caps as compared to what magnets-only spinnng past the coils will put into caps.

Also be sure to fill up DC type caps (not AC type) that have no resistance or load attached to them when they fill up....you need to fill up "caps-only" from coil shorting,
then after they fill up, disconnect your coils being shorted into the caps, and then dump the caps to load whild coils are disconnected.

this is called two stage output circuit - if you dont do this it wont work - so resistance can kill it not only in the switching, but also if across the caps themselves.

Dont expect a speed-up happening when the caps fill up, or when the caps hit load (with coils then disconnected from caps)
that is what RomeroUK did, and Thane gets, and Mariusivic and some other guys got going with their Mullergen/RomeroUk "variants" but that is whole other thing going on, using high imnpedance coils, and high rpms and iron or ferrite cores....its not the same thing as shorting coils at peaks however Marisuvic did short his coils with reed switch direct into load, and got a speed up to happen, but dont "expect" it to happen is what I am saying -

Just as long as you can pulse a load with the caps you filled up from shorting coils at peaks, and the draw to your motor part of it doesnt go up during filling of the caps and also when caps hit load - that is successful experiment coil shoritn at peaks...Ismael does it in cluster of 5 shorts at peak and also way I understand it is he shorts the peaks of the oscillations created by initial short, so that is much more advanced....try just one short per sinewave peak for now - experiment with pulse width too ....if pulse width is too wide, it will cause your motor to go up in draw - if too narrow of pulse width, it wont completely collapse the coil and the spring-back of collapsed coil when switch opens wont be as strong as it should be, and so you wont get as much voltage quickly into your caps as they could/should be filling up like...
Also cap UF size is important to experiment with - too small of UF value and you wont have as much power as they could be when they hit the load; too big of UF value and the caps will fill up too slow and to a lower voltage level....

[crazycut06]

Hi all! I've tried the coil shorting schematic with two mosfets by kone, it works! great! my setup was a pwm, (12v input) connected to the coil shorting mosfets, then i used a 9v-750ma transformer for the shorting voltage, and as i adjust the pwm's duty cycle to get maximum voltage, it went from 11vdc to aproximately 40vdc! output from the fwbr and caps, wow huge increase! input amps doesn't go up much, i have no other measuring equipment or scope, just used a multimeter, but oviously the voltage is real as i can light a small 220v-10w bulb with 40vdc. no wonder aviso can run his car with just a 12v battery! genious!

Sorry can't post a picture or video co'z i dont have much time to do it......but it surely works! and nice circuits by Kone... tnx...

[konehead]

Hi Crazycut06

I assume you have the 9V transformer with its HV side attached to grid?
then your only adjsutment is the pulse width of this through a PWM tied to the mosfets?
If so, then it doesnt seem you are actually shorting at peak-period only - if you did this, you might get 100-150Vdc into the same cap during same amount of time...and no extra draw to primary at all if pulse width is not too wide...

here are a couple circuits that will sense the peak period, then decide the peak "capture" period (pulse width), and then has ability to chop up this capture period into pulses in frequency of your choosing too - pretty nifty...this circuit was originally thought up by "Bolt" using three 555 timers, then RonP made the dual4047 circuit which is a bit simpler and also will switch AC....but this had glitch of delay between first coil short and the cluster that occurs right after, (might not really matter much) and then Mike Ross did the triple 555 circuit with all the transistors that cures the delay-glitch problem.
I built RonP's cirucit and it works great but for the slight glitch ...havent personally finished and tested Mike's triple555 circuit but he did, and it works perfect he said...if you can have these trigger your mosfets then you are getting into Ismael-territory of triggering mulitple times at peaks...these circuits are for 60hz feed to them - different feed-frequencies can be adjusted for by changing the small caps on the timers...