Hello,
I am new on this forum, I do researches for free energy devices since about 10 years. I learned much about physical basics but was not yet able to produce energy efficiencies over 100%.
In the last weeks I reed much about bucking coils, the threads here, the very interesting experiments shown, but I am a little confused. It is in my opinion, very essential to understand the basics first, before you heat up the soldering bar. So the same seems to be true for bucking coils:
It should make no matter, if you take a transformer priciple or not, or if there are some diodes, capacitors and so on. In my understanding, the key to success is the bucking mode of two coils, canceling out each others magnetic fields. Some people pointed out, it is the magnetic delay, which makes it possible to draw enery from the vacuum. The coils need distance to each other. When current flows thru the opposing coils, the moving charges (current) first seeing two single coils in series. The inductance is relatively high (L1 + L2). The two single magnetic fields of the coils are moving toward the other coil to cancel out each other. This should be the magic moment. The series inductance of the two coils falls significantly, the current rises. This current rise should be awaited by conventional rules of physics. According to this rules, only the power supply should deliver this current. It is said, that this current will rise more then expected, when the bucking mode is correct. The next step is to turn off the current. The magnetic field in the core is relatively low, because the two magnetic fields cancel each other. Anyway, we still have relativly high current (caused by bucking, magic effect), so we have a magnetic field in each coil, which is decreasing with decreasing current, Voltage is induced due to Lenz Law. This two decreasing magnetic fields are traveling in the core towards each other. This should increase the flowing current, the magic moment should occur again.
With this things in mind, we can try to proof it. In my opinion we can reduce the problem by focussing on three questions:
- How strong should be the coupling of the two coils?
- How far must be the distance between the coils?
- How many current must we use and is it useful to go toward or even beyond the saturation of the core?
A supplier company for magnetic cores has given me 13 kg of transformer iron for toroid cores for free, useless rests for them. So I want to try it. The first goal should be the answer to this questions. With this answers, every electronics freak should easily be able to build a simple power generator. Sure, many of you did more or less sucessful experiments with this stuff, great respect for it. But by solving this questions first, the things will become clear. Every well educated person then should be able to understand existing schematics or be able to construct his own solution.
My own answers to this question in this moment are:
- The coupling should be as strong as possible, because then the reduction of inductivity is very high.
- First I thought it must be as far as possible (13kg iron).. Later I read a document on this forum, which speaks about 5cm for air cores. Sorry, I dont remember where I found the link to the PDF. If the 5cm is correct for air, I would expect a little shorter distance in iron, because the magnetic wave in iron should travel in less then light speed.
- I believe, the higher the current, the more "magic" occurs. But saturation mode of the core should be tested in this relation.
I would be interested in information about this topics. Then I want to build a generator. Maybe the answers already exists, then I can save the time and material for those tests. I am always happy to share expiriences made, with people who work on the same "strange" stuff.
Best Regards to the other fighters for a better world,
Andreas