Re-Inventing The Wheel-Part1-Clemente_Figuera-THE INFINITE ENERGY MACHINE

[NRamaswami]

Sir..

What I observe is this. .

Here mains voltage is not constant.  It flutuates between 190 to 220 volts. In the same set up output of secondary is 30 volts when input voltage is 220 volts. Output of secondary drops to 18 volts when input voltage is 190 volts. We have 50 hz here.

Similarly if you increase the voltage to 1000 volts frpm 100 volts output voltage will shoot up. Secondary resistance being constant when secondary voltage is increased the amperage also raises. Amperage is based on secondary wire thickness and amazingly thickness of secondary insulation.  I understand thick wire producing higher amps but I do not understand the insulation part. Information on insulation is available in Daniel McFarland Cook patent and in Joesph Cater book. No where else.

Don Smith wrote double the voltage quadruple the output. This is true for secondary. 

I cannot write on specific numbers as I have not experimented andobserved but if you increase primary voltage secondary is bound to increase. If you are inclined to experiment please pm me.

Doug..Intensity of magnetic field and input voltage are the two things that matter from my
observations. Please explain in simple English for people like me to understand if you feel otherwise.

Regards

Ramaswami

[Doug1]

 Lenz is more about the reaction in the induced circuit and not so much about creation of field used to cause the reaction which is being observed. There is a physical force which opposes the force used to cause induction. The conditions for which this effect can exist are limited.

[Doug1]

This one is more detailed.

If a change in the magnetic field of current i₁ induces another electric current, i₂, the direction of i₂ is opposite that of the change in i₁. If these currents are in two coaxial circular conductors ℓ₁ and ℓ₂ respectively, and both are initially 0, then the currents i₁ and i₂ must counter-rotate. The opposing currents will repel each other as a result.
Lenz's law states that the current induced in a circuit due to a change or a motion in a magnetic field is so directed as to oppose the change in flux and to exert a mechanical force opposing the motion.

[Doug1]

 The implication is simple. You cant get more then 100% out of 100% more often you get less if your deploying conversion. No work is done in the form of new work it is simply the same work.
  Not a theory.

[Doug1]

If magnetic flux is in motion what can oppose it?