I went to school 20 years ago for electronics and communications what good that did me.
The issue is that I know enough to be dangerous but I just cant seem to get to the problem solving end of what I need done.
I have a bifilar coil circuit I need modified to incorporate a 10amp load at 110 volts where the neon light goes. I know how to series and parallel the batteries to get what i need, however I am at a loss to the rebuild of the circuit to step up the amperage I keep blowing things up.
Here is the original circuit I was basing my design on.
Analysis of the above explained free energy generator circuit:
In place of transistor, a mosfet can be tried for better efficiency.Reply from Ed
There is always wear and tear of moving parts especially battery drain as long as I can keep the batteries from falling below 50% of their charge
I can keep them much longer than batteries that get fully depleted. I will provide a video where I can show you the voltage to keep the system turning
And the amount of voltage that charges the system I was not looking to get into a debate about any perpetual motion machines of that nature I am as skeptical as anyone.
And so I need to build and test most of the claims myself, however this one works exactly the way the designer intended it to work. The few modifications I made are based off an idea I wanted to play with at the time but was unable to complete due to me burning up parts of the circuit.
The bifilar wire at the thousand turns with the size magnets im using are definitely key to my issues im having.
However by using a smaller grade magnet say from radio shack im guessing have maybe a 5 or 10 ne did not change the voltage output, however when I switched to a 42ne magnet the voltage is consistent with the weaker or smaller magnets however the torque I developed changed which allowed me to redesign the system to incorporate a low rpm stator that can produce 1500kw which is enough to run appliances in exactly the same way a windmill runs a house or a farm. (challenge number 1 was creating enough torque on my primary circuit to overcome the clogging effect of the stator to spin at the slowest possible rpm to produce the 1500kw. Challenge complete.)
I was able to make the system large enough to do this but not without causing other issues.
Currently on this basic system I will show you it uses about 9 to 12 volts to run the system which is due to the state of the start battery or the run side of the circuit. The output side will be typically about 1- 1/2 to 2 volts higher.
I will grab my camera when I get off from work and I can show you the system running as designed its been running in my garage for a long time now the only thing I need to build would be a flip flop circuit based on the charge state of the run battery when it falls below battery number 2 by x percent or when battery 2 reaches full charge just have the circuit flip im not sure exactly how ill set that up yet.
The design I use for the house is based off this circuit but I have modified it to actually run faster and it has a lot more coils.
However I keep burning things up with it. Hence my question to you as posted.
I know im missing something which is either very basic or not, I may need to add caps in places and possibly create filters to smooth out or level the output possibly.
I need to learn about how to do that first so im learning as I build this circuit as well.(alternative option is to scrap this whole system to a more efficient motor in the future but I need to learn the fundamentals here first)
There will always be skeptics so until you build it yourself which would probably cost less than 50 dollars that’s 2 sizes of wire you only need about 500 turns the transistor 2 diodes they need to be different as for the timing and the pot to tune the performance and level the output.
And some welding rod with no flux for your iron core the batteries can be from your cars or the ones I used are for a small motorcycle I had laying around.
I'm working on getting rid of the batteries altogether on the system for the house right now. But I still need a way to start the system, the stator uses a dc inverter looped back to keep the system running, but that blew up this weekend as well hence the email I sent you which started me looking for help.
The proposed free energy generator circuit is working I just don’t know enough about designing or redesigning electronic system to keep things from blowing up[(yet) time is also not on my side and I wish I knew more yesterday but I do not]. Im great and building the concepts and fabrication.
I can build and weld and mill any parts I need to fulfill the mechanical end and I can build basic circuits to get specific outputs but I run into a challenge at this point in time in the depth of knowledge of why I need to have a specific component to make settle changes Or enhancements to a circuit.
The more electronics however the more power drain the less efficiency.
I am utilizing the KISS method just that the simple side of the equation has become more and more complicated as I keep building to fix minor issues to solve minor issues. The stupid part of the equation I have no shortage of and seems to be well in place. I know its staring me in the face but im missing some piece of the puzzle that can make this come together.