Resonnant circuits in cascade.

[thrival]

I'm surely not yelling.

[tishatang]

Let us say we have two resonant parallel circuits coupled together thru their inductors.  The inductor of the second circuit supplies the kick (active) and the its capacitor supplies the rebound (passive).  What would happen if the capacitors were to also be active at the same time and not passive?  This would give you a double kick!

Capacitor coupling could be achieved at the same time using a c-stack.  Link below:

http://jnaudin.free.fr/cstack/index.htm

Any ideas?

Tishatang

[valveman]

Don't forget about the damping effects from real resistance found it the wires as well as stray capacitance and inductances.  Any oscillations will die to 0 unelss another kick is provided at the precise time.

Valveman

[lancaIV]

Valveman,
-TIME(=process)-controlling is the most important factor !
The TIME-switch is the "Maxwell D(a)emon"!!!
This will give a temporal/periodical win/gain !
The term "overunity" depends clearly the physics constitution,
but the Carnot-process is also only one of many levels
also to name and ever relativ: Seebeck,Peltier,Thompson
Betz,Lorentz(= over Carnot !) 

Sincerely
            de Lanca

[saintsnick]

Alright, a real conversation.

Scott Mckay, patent 5146395.  Two identical tank circuits. One Tank Cascading into the second Tank and then a reverse process.

Obvoiusly, the same resonant frequency between the two Tank circuits.

A controll unit running on battery, sends Tank A into oscilation by providing an input signal of perfect frequency to it (low power).
Tank A resonates I believe one half cycle or one full cycle. (not sure)
Controll circuit allows extra Power gain in Tank A to be taken out to drive a load.
Controll circuit allows small amount of power from Tank A used to resonate Tank B.  The frequency of tank  A is perfect frequency to vibrate tank B. As a result of this, only a small amount of power is needed. 
Tank B oscilates one half or one full cycle.
Controll circuit allows extra Power gain in Tank B to be taken out to drive a load.
Controll circuit allows small amount of power from Tank B used to resonate Tank A.  Only a small amount of power is needed.
Process repeats.

The patent has good descriptions and immages.  Check it out.


I think McKay's device is the real deal.  I think, following this threaded conversation, this device will work.  I have NOT tested it.



There is another person too who has a device based on resonance. Don Smith.  But some assume he is a quack.  I for one do not.  Based on the principals he puts fourth, I think he is the real deal also.  If you watch his video, he is hard to understand, he mumbles, and is timid and not exciting at all,  yet the same theory is all there.  He's all about Tesla and Tank Circuits.  He does however make a mathamatical mistake on his website. He also shows pictures of a few weird experiments which ohers claimed did nothing.  Curious.

He uses in one model OU supply, a store bought inverter to take 12 volts up to 120.  The 120 powers a Neon HV transformer.  The output of the Neon transformer is frequency ajusted with a few small caps and directly drives a low inductance coil. This is the input coil of a set of resonantly coupled coils.  If the input coil starts at 10 or 20kv and resonates a secondary coil, the secondary output coil must be at hundreds of thousands of volts when at resonance. Trememdous Voltage, Tremendous Current due to resonance.  Power Gained. VxI
Instead of letting this now solid state Tesla coil emit sparks, he feeds the output electricity directly into dual sets of opposed capacitor banks via the HV ends of the output coil and a center tap as neutral.  This is yet another Tank circuit.  (Output Coil and parallel capacitors).  Energy is taken off these large Caps for load. 

Get this, in his video, he mentions using resonance to vibrate a piece of properly cut wire, which can pick up emmited RF energy to charge the battery, if you didn't want to use conventional methods.  More resonance at work.

This system must be tuned to opperate.  The primary circuit, a store bought inverter and Neon transformer, obviously vibrate at 60 Hz.  The trick of using these two as a source would be to choose the values of the inductivly coupled resonant coils so that the two coils resonate close to 60Hz, so that only fine ajustments are needed with small caps at the input.  Once tuned, magic happens.  Supposedly.  I havn't tested this eiether.


So how do you utilize the output of a high frequency high voltage resonating tank circuit?  Rectify it to DC with HV diodes, re-oscilate it at 50 or 60 Hz and step it down with an ordinary 50 or 60hz HV transformer.  Start at Super high voltage and a small or even fair current, and end up at the output of the transformer with ordinary high voltage, 120v or 240v at dozens or hundreds of amperes.  Remember, for you debunkers, Step down voltage, increase current availability.  Real, useable electricity at sufficent wattages for many many appliances. 

Anyone care to build one of these two circuits?  McKay or Smith?


-sNick