meyers vic

[illuminati]

http://www.crazywireco.co.uk/acatalog/Iron_Wires.html

Its not ideal but very cheap and works, iron wire of use is either expensive or hard to find

the link is already posted but i do exactly the same when reading on forums so no problem

i advise everyone read what i have posted carefully so they understand the theory of how this transformer works.

[TheCell]

@illuminati
If the effect will not show up with 2 coils wound on an I-Core , one of the wires being iron wire, I will not be able to replicate this thing.
The effect should be noticeable with simple setups.

[illuminati]

@the cell

the effect will show with two coils if the primary is wound perfect, a leaky primary you need the inhibit choke makeing 3, 4 coils if u then add the charge choke.  the primary is a critical winding 3 coils is advised, can u not find a large enough core?

here is a quote from the first page i posted
Note as well the primary must be very tight and generate a uniform magnetic field (i mean a perfect uniform magnetic field) or current will leak out. A primary and secondary is all thats needed for testing to start with, this should read zero amps on a meter that measures down to 10uA with a short circuit. You can now wire in the inhibit and charge choke one at a time while checking for current leakage. If the primary is not wound correct you will notice the difference the inhibit choke makes in reduceing current while the charge choke adds more current.

Let me know exactly how you plan to built this so i know people are following. Do you understand the spintronic science links?


some primary winding info
The spin orbits must all line up perfectly to do this the primary magnetic field must have no bends, kinks, gaps ect. It must be a very tight close wound perfect coil. not easy. The best way is to machine the spools so there is no gap formed as you first wind the wire on, you can then compress the wire without a bend appearing.
Failure to do this will mean not all electrons align. The electrons that do not will leak out into the circuit or in other words create emf.

[h20power]

Soft Magnetic Alloys

Electronic controls have been integrated into an increasing number of automotive functions. This trend has sparked development of a variety of soft magnetic alloys that are needed to optimize the output and response time of electro-mechanical components such as cores, armatures, solenoid switches and relays. Properties that are important to these soft magnetic materials include:

(a) High saturation induction, which allows development of a strong magnetic field, enabling solenoids and fuel injectors to work with a minimum of energy input.

(b) High permeability, which readily induces high magnetism, a property allowing design of smaller, more efficient components.

(c) Low coercive force, which allows rapid magnetization and demagnetization, both essential in opening and closing valves and injectors.

(d) High electrical resistivity, which reduces the energy losses associated with eddy current formation and results in increased electromagnetic efficiency.
From: http://www.newmaterials.com/Customisation/News/General/General/A_Designers_Manual_On_Specialty_Alloys_For_Critical_Automotive_Components.asp

These are the properties that clearly show why Meyer used 430FR wire. There have been some advances in these types of wire but the problem is attaining this wire as of now I only found one company that sells the wire and they don't sell it to the public and I have no idea of the cost. But these types of "Solenoid Quality Wire" seems to be what is needed for the task at hand. It is being used in industry for the same reasons we want to use it. If anyone finds a supplier please let us all know for it would be great to find these types of wires buy, design, & test things with them.

h2opower

[illuminati]

I have not tried stainless, it is a ferrous metal, 300 grade is your best bet but use iron i know it works.

what i posted earlier was a little mis-leading, there are 4 coils but 3 spools used in the vic, as explained in meyers vic matrix patent. by reading what i posted u may think 4 seperate spools need to be machined.

h2o stainless is a very bad starting choice, it is unlikley to work as i have explained in this thread. I know i am correct i now understand the basics of this technology, there is no mistake on my part, i have seen it working. time will prove me correct as it has shown the patents have been altered, thats why nobody in 4 years has even one meyer wfc working.