Partnered Output Coils - Free Energy

[EMJunkie]

A test, I have seen this many times here on this forum!!!

What LED's will Light:

   D1: ?
   D2: ?
   D3: ?


   Chris Sykes
       hyiq.org

[EMJunkie]

What LED's will Light:

   D1: Yes
   D2: Yes
   D3: No


Most all Mosfets that have an internal Diode conduct in reverse. If the Diode is on, then the Mosfet conducts both ways. If a Coil becomes an active component, supplying a Voltage, a source of Current, then the Mosfet will conduct in both directions as long as it is on!

   Chris Sykes
       hyiq.org

[EMJunkie]

The idea here is to show, that an Active Element, in our case a Coil, or Partnered Output Coils, will Conduct via Mosfet with a Load:

   1: From Source to Drain.
   2: From Drain to Source if the Mosfet is On.

See the Circuit below:

   Chris Sykes
       hyiq.org

[EMJunkie]

In analysis of Graham Gunderson's Output Circuit, and because no one else is doing it, maybe because they are stuck on the Input Circuit, I think its very important to prove facts.

The below images show that the Mosfets are directly connecting the Output Coils to the Capacitor Bank directly. As above, we see Conduction:

   1: From Source to Drain.
   2: From Drain to Source if the Mosfet is On.

If the Mosfet is off, then we still have Conduction:

   1: From Source to Drain.

The reason we see a mostly Sinusoidal Current wave up untill the Switch off of the Fet/Fets. Look for the straight edges of the Fet Legs, or Terminals, we can clearly see the Fet is directly connecting the Negative Terminal of the Capacitoors to the Coils, where the Positive Terminal is directly connected to the Coils.

   Chris Sykes
       hyiq.org

[EMJunkie]

So, now we have proven that much, all we need to do, is apply the Right Hand Grip Rule to the CW/CCW Coils on the single Ferrrite Core...

What do we get?


   Chris Sykes
       hyiq.org