Holcomb Energy Systems:Breakthrough technology to the world

[r2fpl]

Ufopolitics:
You've been working with it for 20 years and still only spinning the magnetic field.
You want it to magically increase its power.
You don't understand LENZ and what it does I guess. You should have understood this long ago, but you still think LENZ can be removed.
You can't talk normally anymore. Do you want him to reveal a secret? why should i do this? It's funny.

[pix]

https://www.youtube.com/watch?v=yVzhKpEqUgc
Hi, Ufopolitics
I have a few questions about your schematics from 2012:
Can a NPN or a PNP transistor be used, instead of the N-channel MOSFET?
The coil, is it better to use an aircoil? instead of a coil on a ferrite core?
The diodes, As it is cold electricity. Do the diodes warm up?

The cheap 1N4148 has a reverse voltage of 75 Volt and a Average forward current[/font]of 150 mA[/font]
[/font]Could 1N4148 be used or should I use a fast Schottky diode with a higher reverse voltage?[/font]
[/font]Best Wishes, Hermes
[/font]

Reverse diodes and you have a boost converter .


Cheers,
Pix

[Floor]

FLOOR WHEN A SO CALL GENERATOR ELIMINATE LENZ, EDDY CURRENT, AND BACK EMF IT IS
OVER UNITY.

O.U. or may be just unity.

electric polarity                  + or  -
electric potential                high or low potential
electric potential                constant or changing

electric current direction    forward or reverse
electric current                   high or low
electric current                   constant or changing


magnetic polarity               N or S
magnetic potential             high or low
magnetic field                    expanding or collapsing or constant

electric durrent flows because of electric potential
electric currents produce magnetic fields

resistance                           transformation into chaotic molecular kinetic energy as heat
Inductance                         reluctance and reactance or respectively expansion or contraction
  of a magnetic field in space   and/or   within the fields closely associated with atoms and
   molecules
magnetic fields bound with and/or in interactions with physical atoms are affected by the
  limitations of the    speed     at which atoms can physically reorient in direction due to
  their inertial drag and electric field drag
current lags behind potential in time (voltage can shift more rapidly than amperage)
capacitance is a specific    static  electric charge storage due to coulomb force    within a three
   dimensional region within the fields surrounding atoms and molecules

changes in the magnitude of a magnetic field are resisted by something which is kind of
analogous to the inertia of physical objects

magnetic fields during the reversing of their polarity decrease in volume and strength
  then increase in volume and strength (even when physical magnets are rotated to reorient those
  polarities)

Lenz's observations are akin to Newton's observations of action and reaction, if you get rid of
them you have nothing / no action at all. 
                                        also
The model of increasing efficiency until unity is exceeded, is a flawed one.

[Ufopolitics]

https://www.youtube.com/watch?v=yVzhKpEqUgc
Hi, Ufopolitics
I have a few questions about your schematics from 2012:
Can a NPN or a PNP transistor be used, instead of the N-channel MOSFET?
The coil, is it better to use an aircoil? instead of a coil on a ferrite core?
The diodes, As it is cold electricity. Do the diodes warm up?

The cheap 1N4148 has a reverse voltage of 75 Volt and a Average forward current[/font]of 150 mA[/font]
[/font]Could 1N4148 be used or should I use a fast Schottky diode with a higher reverse voltage?[/font]
[/font]Best Wishes, Hermes
[/font]

Hello Hermes,


1- Regular, typical transistors can NOT be used, only MOSFETS can be used, and fast switching, high currents (A) typically the ones used on High Wattage Motor controllers.
FETS are High and Low switchers, N-Channel is an NPN, P-Channel is a PNP...but with the MOSFET stronger, more robust config.
2- Air Core WILL NOT work, Coil MUST have a Steel Core.
3- Diodes I used NTE576 5A, 400V, Ultrafast switcher.


Yes, Diodes get hot, MOSFETS get hot, Coil gets hot, so they must be on Heatsinks, plus air fan controlled.


Cold side electricity can not be stored in a Typical Electrolytic Capacitor.


Note: This is NOT related to Thread Topic, Hermes, so, please,  make this your last post related to your questions

Thanks






Ufopolitics

[Ufopolitics]

A VERY SIMPLE TEST TO DO...





I have recommended to Floor (and to anyone who wants to do it) to conduct a simple test to verify the difference whenever we rotate just the DC Magnetic Fields, since He asked if there was a simple way to check this out.


All you need is a Universal Motor: Which is a brushed armature with wound stators...and you could find them in several tools, like hand ac drills, Dremel and Ryobi small hand tool, Vacuum cleaners motors, etc,etc...


Then you need to get the same exact commutator number of plates as your chosen motor...or could be double, say a 16 plates could work with a 32 commutator elements, by joining 2 plates you have a 16 plates comm.


Then, a very small motor, you will have to build a base mount with continuous slip rings, typically found in car alternators, and brushes mounted to run on the 16 plates comm and the slip rings.


Solder all 16 wires remotely from universal rotor to your small motor base commutator, keeping same positioning as in the motor....


Secure the Universal rotor firmly inside its stator...and run power to slip rings while spinning small motor...your output would be out of the universal motor stator.


Start applying smaller voltages first, while spinning slowly...Scope your two signals, Input to Rotor, Output from Stator.




And that's it...check out how it behaves at low and at higher speeds while increasing power.


You will just need two PSU's:


1- To  run small motor, maybe 5-10V 1-2 A
2- To feed power to Rotor through brushes, normally these motors I mentioned above work with 120V and will get to high RPM's...so, you could go that high with PSU...


Note the rotor will get hot, since its built in fan would not be turning, so, keep measuring temp. not to burn it.


A small cylindrical magnet mounted on a shaft, could have a fan installed and will spin freely, just by fields rotation, without needing any power to it...and it will cool your stationary rotor.


Also, you could apply AC Power to stationary rotor and see the difference for yourself in the output...versus DC Power feed. And you could use your same PSU, with a Diode AC/DC Bridge to regulate your AC Power to Rotor.


Simple Test Guys...and the best way to know for yourself if this works or not, is by getting at least this simple test done...




Not using several relays, Not complicated Logic Circuits, no MOSFET's, no Transformers...simple and easy to the point test.




Cheers




Ufopolitics