Partnered Output Coils - Free Energy

[MarkE]

Mark
I guess the increment of the voltage will be  L2*(ΔI / Δt).

Somebody calculate it. I am busy now. Making the Magnetite core    )

While EMJ is busy looking for specials on at WalMart ( Or is it the elevator regulator agency traM laW? ), we can note that the pulse generator Tr and Tf are stipulated to be 100ns, and that the MOSFET tr specification  is 50ns maximum.

[EMJunkie]

WOW Grand Canyon 2?

http://article.wn.com/view/2014/08/21/Giant_Crack_Appears_In_Earth_In_Mexico/

Underground Stream that caused this!!! hahahaha yeah right... Keep it up, try Tectonic Plate Movement!

The gullible will believe, it opened up in a few days, and a Stream caused it... Just look at all the water out there!!!

Sounds like classic MarkE Story!!!

[Red_Sunset]

@All - Red_Sunset points out with clinical precision that the GOON Squad again don't know what they are doing. We have seen this many times before, trying to make others here look like buffoons while they themselves are asking questions that they themselves do not really know what is going on!!!

Pros like the GOON SQUAD Baffled by their own Buffoonian Behaviour!!! - Yes Sir, no wonder no-one bytes at their stupidity!!!

And we now, again, can sit back and laugh at the ridiculousness of their behaviour!

EMJUNKIE,

You can not be serious ?,   you behave just like the descriptions you made and that picture posted
A little bit of mature behaviour would be in order

Red_Sunset

[MarkE]

MH & Mark,

As I alluded to in my previous mail (current limit required, you have a bug in your timing diagram.
I am sure this is not what you intended.  Your starting condition would be a current limited short circuit current though the 2 coils (resistance=0).  Applying power and applying signal are 2 separate actions

If you believe that the current is unlimited at T0 then you are mistaken.  The initial current is zero and does ramp to 1A as shown.

A short summary without calculations,
1..  At power-up, the current and mag field in both coils would be max.(TP1=0v)

No they will both be zero at T0.  The current increases at 1V/3H or 0.33A/s.

2..  You fire the Mosfet, this shorts the H1 coil (coils are not coupled, so there is no feedback to 2H)

That is correct.  The MOSFET is fully on by T0 + 90ns.  Coil current is less than 30nA at that time.

3..  1H will produce a EMF that will be dissipated through the mosfet protection diode (TP1=diode junction voltage)

When the MOSFET first turns on there is zero net flow through the MOSFET.  Whatever current is flowing clockwise through both coils, at the instant that the MOSFET begins conducting; now flows clockwise through the left hand coil and the MOSFET, and anti-clockwise through the MOSFET and the 1H coil.  IOW, the initial voltage change from 0.33V at the MOSFET drain to 0V does not instantaneously change the current flow through either coil.  It establishes a new rate of current change in each coil.  The rate of current rise through the 2H coil increases from 0.33A/s to 0.5A/s.  The current through the 1H coil decreases slowly because there is almost no voltage across it.  The MOSFET is biased fully on.  The body diode is slightly reverse biased.  For practice and purpose it does not carry current.

4..   At this point, the current limit of the power supply set to 1A will save the mosfet.(TP1=~0v, mosfet conduct voltage)

The voltage source was specified as ideal.  It can supply any current the circuit will draw from 1V.

5..   Mosfet opens and current flow starts in 1H, presenting itself as a high impedance

We are in the time domain so impedance really isn't an appropriate term in this context.  The 1H coil does exhibit high impedance to high frequencies.  BEMF from the 1H coil does resist fast current changes.

6..   This initial hi impedance is noted also by 2H due to reduced current flow

The 2H coil resists fast current changes even more than the 1H coil, yes.

7..   2H will up the voltage with an induced emf spike at TP2

Yes the voltage climbs.

I leave the value calculations to you
Red_Sunset

An estimate of the voltage rise is important.  I'm not looking for three or more digits of precision.  Just a qualitative evaluation will do.

[EMJunkie]

A lot of this sounds like the GOON SUQAD's antics but this is real: