Partnered Output Coils - Free Energy

[EMJunkie]

Chris Sykes,
For your referance interupted DC is no longer DC as Mr Previn pointed out was something I had over looked
once i found the resonabnt frequency I got results.
Steven Mark uses that statment then also quickly says interupted DC is AC at 600khz

Raymondo

Raycathode, you have your opinion.

One must define a particular situation, for example, a Pulse of DC, is just that, it is not AC as simply the Current does not Alternate at the Source. So in this situation, one is not supplying AC as you state, it is a DC Pulse and the AC you refer to is occurring at the Input Coil, not at the Source.

I think being clear and precise in such situations about the specific topic and what is being spoken about is important to avoid confusion! I do so despise confusion! Even more so when it is bought about my intentional means!

The Tank Circuit does no require AC, it is DC that is supplied to the Circuit, however it is AC we observe in the Tank Circuit itself.

Best wishes,
   Chris Sykes

[EMJunkie]

I should go a little further. DC is only Current Polarity, implying by definition a Voltage Polarity, Direct Current, Direct in one Direction from Source to Load.

In the Below Image, I have shown how easy it is to have a DC Output with a DC Input:

To Asymmetrically Regauge an Electromagnetic Machine, a tiny, very short Input, yet you can see a long expanded out, Output. It is easy to see how Asymmetrical this is. The Input was 3000 Hz at a 10% Duty Cycle.

Best Wishes,
   Chris Sykes

[Raycathode]

In your shown wave form your sample an oscilloscope display you are not using direct coupling and so the DC content is removed so where is zero or ground ? You have effectively got capacitive coupling thus making the zero point some where between rail to rail.

In effect this point is not worth arguing over if this is your thread I will stop here.
If your going to keep stalking me and If you don't have anything nice to say why bother.

you made your point clear as 'Anti.Semitic'

The floor is all yours. over and out!

!

Regards

Raymondo

[EMJunkie]

In your shown wave form your sample osciloscape display you are not using direct coupling and so the DC content is removed so where is zero or ground ? you have efectivly got capacitive coupling thus making the zero point some where between rail to rail.

Raymondo

I am sorry Raycathode, you are wrong, I am using DC Coupling. Both Channels are DC Coupled. Your argument is mute, invalid.

http://www.cheniere.org/images/EMfndns1/sm%20Asymgage.jpg
http://www.cheniere.org/images/EMfndns1/sm%20Asymgag2.jpg

I should point out for those that may not know, this means the Probe Zero Graticule Line is indicated by the small Arrow on the side of the Scope. In other words, almost all of the Waveform is above the Zero Graticule Line, meaning we have a DC Input and a DC Output.

Best Wishes,
   Chris Sykes

[EMJunkie]

In your shown wave form your sample an oscilloscope display you are not using direct coupling and so the DC content is removed so where is zero or ground ? You have effectively got capacitive coupling thus making the zero point some where between rail to rail.

In effect this point is not worth arguing over if this is your thread I will stop here.
If your going to keep stalking me and If you don't have anything nice to say why bother.

you made your point clear as 'Anti.Semitic'

The floor is all yours. over and out!

!

Regards

Raymondo

Raymondo, I am sorry if you took offence to my reply! Would you rather me beat around the bush and butter you up instead? 

Facts will be of benefit, BS will not!!! It is time to be straight up, that is if you wish to advance, make progress. Lets be honest, lets be straight, lets progress, together. Its ok if you wish to bow out, I get it.

Closely studding the most basic things and learning from those simple things in small steps will prove to be of much greater benefit than allowing Textbook Assumptions guide you! Look at Cause and Effect when a Charge is moving. Especially when the Charge is moving in a Magnetic Field.

Best wishes,
   Chris Sykes