Resistor does NOT burn everything up
Dog-one,
That is pretty much how I see it.
For example, the frauds who tried to debunk the old Ainslie experiments were making claims to the contrary. That isn't a COP 17 circuit, but point is, they (not mentioning any names) kept saying that after the mosfet is turned on and the inductive resistor is energized to produce heat, it is impossible to get any recovery since the resistor burns it all up.
Well, anyone who actually did the experiments can turn off the mosfet and see that you get a spike from the magnetic field collapsing from the inductive resistor that can be used to send back to the source battery through the intrinsic diode in the mosfet, charge a cap, etc... meaning that the resistor indeed did NOT burn up everything that went through it because if it did, we couldn't get any recovery.
And like you mention, the return path... if everything got burned up that entered the resistor, then how the heck can it ever make a loop?
I'm sure Jim can elaborate on this but the first comment from him I believe will explain his position in all of this for starters and then we can go from there. We will be having a live Q & A call for anyone that purchased Jim and Paul's presentation. We'll be doing that for all the presentations.
Originally posted by Dog-One
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That is pretty much how I see it.
For example, the frauds who tried to debunk the old Ainslie experiments were making claims to the contrary. That isn't a COP 17 circuit, but point is, they (not mentioning any names) kept saying that after the mosfet is turned on and the inductive resistor is energized to produce heat, it is impossible to get any recovery since the resistor burns it all up.
Well, anyone who actually did the experiments can turn off the mosfet and see that you get a spike from the magnetic field collapsing from the inductive resistor that can be used to send back to the source battery through the intrinsic diode in the mosfet, charge a cap, etc... meaning that the resistor indeed did NOT burn up everything that went through it because if it did, we couldn't get any recovery.
And like you mention, the return path... if everything got burned up that entered the resistor, then how the heck can it ever make a loop?
I'm sure Jim can elaborate on this but the first comment from him I believe will explain his position in all of this for starters and then we can go from there. We will be having a live Q & A call for anyone that purchased Jim and Paul's presentation. We'll be doing that for all the presentations.
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