TPU: End Game...

[Super God]

I've never had to take ANY kind of pill, open minded is the way to be
Heh.  Nice one IS   Blue at night, red in the morning.

[z_p_e]

@Grumpy/IronHead,

Cast forth whatever drivel you wish.

The proof will be in the pudding...right? 

AFAIC, I'm done this discussion.

[Grumpy]

and the scarecrow' husk turned to dust...

He took the white pill - what was that? Cianide?  Must have had it up his sleeve.

[saintsnick]

Great Graphics... Great explanation of Loss of Lense.... So simple, right there all along.

If you're looking for HV kicks:

Obviously, increasing the inductance of the control coil will prevent current flow and cause a bigger inductive kick for a given voltage.

But have you tried making the control coil into some kind of resonant tank circuit, where the voltage is allowed to resonantly rise?

(and it could rise because you're not drawing current or adding Lense inductave reactance to the driver ckt)

Of course, resonance is alternating, and you need DC pulses, not AC, but what if you could somehow rectify a resonating circuit, eiether with semiconductors or with multiple control coils interacting ?

Could you not spike the control voltage very high and at a very fast pace and with clean sine waves? (no transistor nor tube switching required)

If you had the right circuit, it would only require a tickle of input power to keep the resonance going.  You can get that right from the output collector once started.

Interestingly, to resonate a toroidal shaped inductor, Diameter wire gauge, magnetic permiability of core, and of course henrys ALL play a part in the resonant frequency. (as Steven Mark suggested)

If you tune it right, it would run toward gain at resonance.  You would have to detune it to control it, as Steven mark suggested.

-Saintsnick

[saintsnick]

Wait a minute.....

During one kick (one cycle of operation),

If the control coil can push electrons linearly along the copper ring (collector)...

Which in turn induces a current in the collector .......

Which in turn induces a magnet B field......

Even though the B field is "in line" with the winds of the control coil (and therefor will not cause Lenz effect)  Can NOT the B field ALSO push electrons along the copper winds of the control coil electrostaticly same as input?  (linearly)

I would think SO.

Left Hand right hand blah blah blah... does this oppose the inital control current in the control coil ?? 

Weird.

-sNick