The electric field of a magnet

[nueview]

hi guys

caduceus coil on slayer exciter 1.wmv - YouTube

i have to say i am pushing this thought a bit hard so hope you are not going to be to upset with me about the magnetics being a double helix much like unto DNA strands it is making more sense now than ever as i am seeing some things others are doing it is the duality that i am being impressed with.
it was always there in electrostatics but now seeing it in magnetics as well is so eye opening to me.
this is done with a caduceus coil for the driver.
Martin

[nueview]

for those following along you might want to watch this and think about it some.

Principle Physics 8. Electrostatic Force - YouTube

Matrin

[myenergetic]

MOSFET Paralleling @ nueview

@ nueview
Late reply better than no reply for the MOSFET paralleling . Please read the following link from IRF
Regards
www.irf.com/technical-info/appnotes/para.pdf

[nueview]

thank you for the paper

it looks like i am going to have to figure out the advantages and disadvantages of what i was thinking about doing.
stepping power levels it looks like this is a way to go.
Martin

[myenergetic]

@ nueview

Here is the summery concluded simplified

1,Paralleled MOSFET devices with varied Breakdown Voltages work under different electrical and thermal stresses. The lower BV device experiences higher stresses.

2, Under the same condition, paralleled MOSFET devices with higher terminal stray inductances have more balanced load and more evenly distributed junction temperature.

3, Good thermal coupling among paralleled MOSFET devices can help ease the electrical stress and balance the load.

4, This conclusion is only valid if paralleled MOSFET devices definitely work under avalanche.

5, In high power applications, more than two power devices can be paralleled to share the high load current. So under worst case, the MOSFET with lowest BV could take most of the load current and be quickly damaged.

6, When carefully selected there is more possibility for MOSFET devices to have even BV distribution and perform remarkably.

7, The stray inductance would be under higher electrical stress, which could cause potential wire bond failure.

Hope this helps

Regards

[mostromagnetico]

MonsieurM See this:

Series english 5Articles pdf free ebook download from www.ostfalia.de

[nueview]

@ Myenergetic
yes that sumerizes the paper very well and i thank you for that information. i think for now i will try to get a single MOSFET and avoid some of the problems as induction motors have allot of frequency issues.

i have to thinking about the physics 8 video i posted a few back in the thread and it is making me wonder if heat is not a nessary part of getting to higher energy levels.
please bear with me for a moment. tesla often commented on the control of the heat during many of his projects useing k capture of the energy. in electrostatic machines the arc is always present and if we enrich uranium heating is also a part of the process even in the hydrocracking industry it plays a major part.
this is just a thought and not fully formed yet.
Martin

[MonsieurM]

Heat is merely a description of Atoms moving at a higher state of Vibration

[nueview]

For years i have believed that heat was a charge volume reaction no matter how derived but that is begining to change.
i have done allot of different thngs with fuels and the most inportant is the heat value before starting.
being no expert in k capture but reading many papers about it it seems to make an amount of sense to me that the captured charge by field action or mass related value for heat playes a big part in how energy interacts within molecules.
the extreme actions of browns gas is a prime example and many others but this action of charge capture does make allot of sense to me.
Martin

[Dave45]

Hey Martin
So many avenues we must explore

Iv been looking at transformers
Wondering why they have the efficiency that they do
This is what Iv came up with
A transformer is a closed magnetic system
Its in the design of the structure
the electric field is enclosed
the electric field transfer's the energy
the magnetic field keeps the system closed
I think we can add energy to the system
Iv looked at the VTA before I think I'll have another look
it seems if we could add the PMH to a transformer we could boost the electric field and boost the transformer

still thinking and studying
I think if a person uses pemanent magnets your frequency would need to be 7.8 hz
The transformer will be a good teacher because it is a closed system

[Dave45]

I would think any energy brought into a closed system could be more efficiently captured

If we look at the van allen belts they are enclosed by the earths magnetic field we live in a closed system, but energy can be added to the system, look at the aurora lights this is energy being added to the system
A transformer is more of a closed system than the planet the magnetic field is not allowed to expand it is concentrated and so concentrates the electric field as well, very efficient

[Dave45]

http://www.hyiq.org/Library/Download...n%20Cosmos.pdf
the truth, I like this man already, eye's to see ears to hear

[Dave45]

this is a good vid, the A vector potential is the electric field
I think he's on the right track but his coil configuration is wrong
SQM Replication Project - Hyiq.org - Update

[Dave45]

Im not so sure you would even need permanent magnets
If permanent magnets were used frequency's become an issue

[Dave45]

I would think all coils would need to resonate
same size wire same length?
winding ?
experiment

basic transformer wiring