Partnered Output Coils - Free Energy

[EMJunkie]

Hi Chris,
I wonder how the input current is measured. Did you use a current sensing resistor (CSR) ? If you did, what was your configuration? A or B?

Thanks.

steadyfield

Hi SteadyField - I used a Clamp on Current Meter: Hantek CC-65

   Chris Sykes
       hyiq.org

[EMJunkie]

I want to appologise to the readers/followers of this thread.

Been a tough few weeks , I've been really sick, its just been a "World on your sholders" sort of period.

I should have shown my work better, It wasnt very professional to include errors to see if any were paying attention. But thats how I get a feel if what I am doing makes a difference, is helping, others.

An Inductor is mostly seen purely as a Resistive Component when the Core is Saturated. This means the Current and Voltage will be inphase, or very close to it. It depends on the degree of Saturation.


Partnered Output Coils, actually Self-Assist in the Operation of a Device. They create a Forward Driving Action.


I have shown you many times in my Videos. Partnered Output Coils are almost like an Oscillator in their own right. Start them off, tune them to the best frequency, and the output can be greater than the Input. It does require a little work. A little Intuition, and mostly some direction is very much more easy to keep that goal right infront of you.

   Chris Sykes
       hyiq.org

[steadyfield]

Hi SteadyField - I used a Clamp on Current Meter: Hantek CC-65

   Chris Sykes
       hyiq.org

Hi Chris,

Thanks for your reply. When measuring power, the sign convention is important. I wonder if you were measuring the voltage and current with active sign convention or passive sign convention ( https://en.wikipedia.org/wiki/Passive_sign_convention ) ? They could give different results.

Steadyfield

[EMJunkie]

Hi Chris,

Thanks for your reply. When measuring power, the sign convention is important. I wonder if you were measuring the voltage and current with active sign convention or passive sign convention ( https://en.wikipedia.org/wiki/Passive_sign_convention ) ? They could give different results.

Steadyfield

Hi Steadyfield,

Thank You! Active participation!

The only point to the experiment was to show that Permanent Magnets can Add Energy to a System, all my measurements were irrelevant. Incorrect, or a test to see who was watching, who was paying attention, to see if what I was typing was being properly read. Views does not mean reads.

Yes, showing the Sign of the Power was also part of the point, it is something that is first, Important, and second: must be seen as something that can change. (Not by Inverted Probe)

An Active Component is what Partnered Output Coils become after tunning, getting the frequency, turns and the Magnetic Flux right. For those that don't know, an Active Component is a Battery or a "Generator" which is exactly what is happening.

Partnered Output Coils are a Passive Component if they are not tunned, not at the right Frequency, not with the right Magnetic Flux, and not the right Turns. But this is not hard, Pick a Core with a good Frequency Range, 3 - 7 small Ferrites are normally a good start. 50 - 200 Turns is normally ok to start. Then fiddle, play until you find the best spot of Operation.

What I have just shown, is meant to show others that Energy can be added to a System, See: Flux Gate Magnetometer or Solid state Generator?

The end Goal is to Watch for, and Improve on the Self-Assisted Action: Self Assisted Oscillation in a Shorted Coil - Bucking Magnetic Field Oscillation

I can see you already know much if not all this stuff, Steadyfield, but for all, think of this device as a Bistable Oscillator, or a Magnetic Oscillator.

   Chris Sykes
       hyiq.org

[EMJunkie]

Seems there is a ton of uncertainty over at the GG Thread on How and Where to measure Power and what the System is actually defined as...

I know there are a lot of very smart people here, some lurkers and some talkers.

I disagree with the debate they are saying about where to measure the Input Power. Before the H-Bridge.

The H-Bridge is not part of the System It prepares power for the System. The H- Bridge is not the System Under Test, it is preparing power for the System Under Test.

The H-Bridge will have its own efficiency and Loss, but this is not dependant on the System Under Test.



   Chris Sykes
       hyiq.org