I went back thru my posts to see where I explained what the twisted wire cap was, but it was late, I couldn't find it and went to bed.  Here's what I envisioned it to be, and I think I must've posted it, and that might be why Teets said I knew about it:
 
-Take 2 identical wires: Wire 1 and Wire 2, with End A and End B. 
-Twist them tightly together lengthwise.  Then, take End B of Wire 1 and connect it to End A of Wire 2.
-You see what we have?  It's basically a small series-wound bifilar coil - not a flat pancake coil, but nevertheless, tightly coupled, mutual-field-cancelling coil that functions with the SWBF's high capacitance. 
Thus, you have two ends free:
-End A of Wire 1 and End B of Wire 2 and a twisty coil in between that acts like a capacitor. It will be a lot more durable and long lasting than an ordinary cap.
 
This is my take on it. Hope I'm not leading anyone's capacitance astray. 
Bob
 
BTW Dave, I like your last diagram. Just a question, how does the base on the npn and pnp connect up in the ct?

I see what your saying  I like it, cycling through the coil, definatley worth a try.
I see free energy in the future 

FREE THE BONDS
BREAK THE CHAINS
VIVA LE REVOLUTION

LOL

Big Bang 
What do you think
Capacitor discharge on both sides?

I recommend it to you guys, used JFET your efficiency will greatly improve when we are talking about counter emf. The inductor should we wound with a adjustable core, a core in a inductor is really needed to achieve the Tesla charging choke.


Meow

Of course we dont want to forget the open ended bifilars 

Of course, the open end allows the coil to draw.

Like an antenna.

A source besides the battery.

Drawing energy from the ambient.

 
Thank You Mr. Tito

 
                                                             Space-Time
                                                         
                                 ambient~ (RF) aether ~ Hyperraum/Hyperspace  -Hypertime

http://worldwide.espacenet.com/publicationDetails/biblio?DB=EPODOC&II=41&ND=3&adjacent=true&locale=en_EP&FT=D&date=19860717&CC=DE&NR=3501076A1&KC=A1



> The conventional physics so far knows only the real components of electricity, magnetism and gravity. In order to describe interactions in the form of vibrations and swirls between the aforementioned variables, however, it requires complex quantities. According to recent theories must be assumed to exist in our space and imaginary magnitudes, from the premises under certain transformation known forms of energy is possible in us.


> Using the above hyper-energy theory is meant by ferromagnetism alignment unpaired electrons (there are small hyperspace vortex) in order to establish a resultant vector field.


> In this orientation, the mirror-image spin axis positions are equivalent to positive or negative remanence, stable and real. Similar to electronic semiconductors sufficient in ferromagnetic semiconductors, a pulse with low energy for folding.


> Plant and machinery that use the hyperspace as an energy source, are no perpetuum mobile, but energy converter in the conventional sense.


> The energy of hyperspace is taken in equal quantities, eventually converted into thermal radiation, returned to hyperspace.


> The law of entropy, which presupposes the existence of two memory for energy conversion cycle process is adhered to. The first, probably inexhaustible for us humans memory is the hyperspace, the second memory and at the same time converter in conventional forms of energy, a magnetic core.


Object of the present invention is the utilization of cached in a magnetic nuclear energy for industrial purposes by conversion into electrical energy or mechanical work. The pulse magnetization is to be understood here in a figurative sense as a kind of valve control between the outer hyperspace energy storage and the magnetic core buffer.


In this case, the relation pulse duration tp, the time duration of a half cycle period z / 2 a decisive role. The reciprocal size is in the computer core memory technology as a Pulse duration duty cycle v = tf t to the pulse width defined.


0 The case tp = tz / 2, which in electrical engineering, for example, corresponds to the sinusoidal field concatenation of the primary and secondary winding for transformers and electrical machines, requires a larger internal losses to the primary-side supply of energy can be delivered as the secondary side. The converter efficiency must be less than one.


The case t <t / 2 sets to achieve a aftereffect effect, counter-pz set to tp = tz / 2 the use of magnetizable material with Speicherei oxy-afters, so with pronounced hysteresis loops ahead. For this purpose there is in the signal processing and computer technology, a variety of suitable materials. They were used in large quantities for ferrite ring cores in memory matrix framework some time ago. The requirements of data technology of magnetic core memory other than ån memory for energy technology. It is with a minimum of field strength of the envelope of the positive remanence (information content "one") to the negative remanence (information content "zero") erfolgen.Für energy technology, a magnetic core as much power as to be taken out as a product of current and voltage at the is, however, a significantly larger field strength for the envelope of the residual induction is necessary. The coercivity of the magnetic core material is the magnitude of the permissible back ampere and thus the purpose of energy deprivation before allowable current, however, the generated by cargo or commutation induction swing determines the inducible voltage. The product of current and voltage should be as large as possible. Thus, a material is needed for a power magnetic core memory, the area enclosed by the hysteresis Ummagnetisierungskurve is as large as possible.

Dave,  I think as the circuit is drawn you are at high risk of blowing up MOSFETs by excessive gate to source voltage stress.  I need to think about how to fix that without making changes that you probably would not like.

Dave. The circuit is now looking good.  I think it is much better if we utilized only 1 Battery as power source and the other is for Recovery Storage then swap it when you feel to do so. The coils should be wound like the one I have already suggested and shown on this thread which is the same as what Kapanadze is doing on his coils, Kapanadze wound it in a spire/conical fashion as per Tesla stated for best cylindrical form of this coil. You will understand what does this Winding construction does on the circuit- it seems like it boost performance when loaded, or we should say it nullifies the counter magnetic induction-which is lenz.

Why did I suggest JFET? This is the only electronics component that performs almost like the Vacuum Triode Amplifier. Vacuum Tubes or Spark gaps is the only Electronics component that I know that performs really great in achieving our goal in the Free Energy devices. We needed a switch that is not in physical contact(Semi Conductor=Semi Close Circuit) to the Coil that is being switch, we need a gap like the Vacuum Tubes does, Spark Gap, and Mechanical Rotary Gap.

Still the Tesla Charging Circuit=Tesla Charging Choke is still the best circuit I know that performs in amplifying the energy input. The Tesla Transformator Winding is the only transformer that doesn't disturbed our input oscillation on the primary side.

Semi Conductor is the reason why people cant really achieve the Free Energy that you are looking, because it is always Semi ON or Semi OFF which doesn't permit the IMPULSE overshoot to be recover and be captured by our storage.

Vacuum Tubes is the perfect switch that I know which still exist as of today. Free energy is only achieve with gap switches.


Meow

As no one here seems to be interested we'v decided to build the circuit here http://www.energeticforum.com/renewable-energy/19556-sssg-osc-variations-bedini-2x-plus.html#post261301
Please join in the build, if nothing else we are going to build one heck of a DC to DC converter, and who knows maybe push it over the top.

Can someone please tell me, just in one simple paragraph, what this circuit is actually supposed to _do_?

The idea ( assuming that I understand it correctly ) seems to be that if one shuttles energy back and forth through coupled windings enough times that extra energy will enter the system.  It is not an idea I share.  Presently, because the gate drive windings do not reference back to the respective MOSFET source terminals, I expect these circuits to switch poorly and probably overstress the gate-source dielectric.  I foresee many dead MOSFETs.  I have not thought of a solution that I think will be accepted as not altering the circuit in a major way.