The Resonance Energy Device Secret Revealed

[hope-hope]

i am discussing the pick-up coils only, the device must have power source, HV module ( i use flyback transformer) then i feed the E-TBC, due the the symmetry the E-TBC is able to setup a resonance frequency automatically, Now and this is the most important thing we have to understand: THE POWER WILL BE AMPLIFIED and replicated, the amplification because both magnetism and electricity are the same thing in the E-TBC , the capacitor in this device is hidden in X position ( please read the full presentation since it's very important to understand how The E-TBC differ compared to a normal L/C circuit ) 

in the E-TBC both currents and voltage are amplified BUT in REACTIVE energy manner! where we have a time shift between current and voltage , the pick-up coils have to correct the situation, so we need some kind of tuning, usually a capacitor, if the pick-up coil + capacitors respond in same frequency as  the E-TBC a correction will happen, the time shift will be zero in this case and the electrolyte capacitors will be charged very shortly....

the attached photo show another hidden schematic !!!             

[hope-hope]

The E-TBC is the heart of resonance energy device, in my opinion we should work with it....

thanks   

[Void]

i am discussing the pick-up coils only, the device must have power source, HV module ( i use flyback transformer) then i feed the E-TBC, due the the symmetry the E-TBC is able to setup a resonance frequency automatically, Now and this is the most important thing we have to understand: THE POWER WILL BE AMPLIFIED and replicated, the amplification because both magnetism and electricity are the same thing in the E-TBC , the capacitor in this device is hidden in X position ( please read the full presentation since it's very important to understand how The E-TBC differ compared to a normal L/C circuit ) 
In the E-TBC both currents and voltage are amplified BUT in REACTIVE energy manner! where we have a time shift between current and voltage , the pick-up coils have to correct the situation, so we need some kind of tuning, usually a capacitor, if the pick-up coil + capacitors respond in same frequency as  the E-TBC a correction will happen, the time shift will be zero in this case and the electrolyte capacitors will be charged very shortly....
the attached photo show another hidden schematic !!!             

Hi hope-hope. I didn't have time to read through the whole PDF you referred to, but I just browsed through it.
The schematic shown in there for this Don Smith device is not correct. Diodes drawn where there are no diodes
and other diodes drawn in the wrong direction. In the photo you just posted above, where you put the question mark
is just a connection terminal on one of the big capacitors. The four big capacitors are wired in parallel.
Each end of the secondary coil goes to the same terminal on the four parallel capacitor bank through a pair of parallel diodes,
forming a type of fullwave rectifier. Ground connection on the capacitor bank goes through a wire to the center tap
on the secondary coil. The capacitor across the primary coil is a tank circuit capacitor, and the tank circuit will be tuned
to the desired resonance frequency. Usually this resonant frequency is selected to match resonance on the secondary coil.

So, do you have a working circuit to demonstrate or are you just mentioning ideas that
you have? There are all kinds of ideas that we can consider, but it is not really useful if you can't put it to
use and demonstrate it clearly with a working circuit.
All the best...

[TinselKoala]

i am discussing the pick-up coils only, the device must have power source, HV module ( i use flyback transformer) then i feed the E-TBC, due the the symmetry the E-TBC is able to setup a resonance frequency automatically, Now and this is the most important thing we have to understand: THE POWER WILL BE AMPLIFIED and replicated, the amplification because both magnetism and electricity are the same thing in the E-TBC , the capacitor in this device is hidden in X position ( please read the full presentation since it's very important to understand how The E-TBC differ compared to a normal L/C circuit ) 

in the E-TBC both currents and voltage are amplified BUT in REACTIVE energy manner! where we have a time shift between current and voltage , the pick-up coils have to correct the situation, so we need some kind of tuning, usually a capacitor, if the pick-up coil + capacitors respond in same frequency as  the E-TBC a correction will happen, the time shift will be zero in this case and the electrolyte capacitors will be charged very shortly....

the attached photo show another hidden schematic !!!             

Yes, I understand and have no issue with what you have described, because many of my own systems operate in exactly the same way.

But power amplification is not _energy_ amplification and the issue of peak vs. average power remains. If you study my "microQEG" system, for example, you will see that it works exactly as you have described.

A low-voltage supply is connected to an automatically-resonant LC tank circuit which produces _power amplification_ but this "power" is completely reactive, with a 90 degree phase shift between voltage and current in the tank circuit. An air-core, closely coupled receiver coil is then used to extract this reactive VAR power and re-convert it to usable power at much higher voltage if desired or plenty of current at lower voltage if desired, either of which can power appropriate loads as the experimenter wishes. This is also the operating principle of the systems I have shown in the videos above. 

The main differences that I can see between my systems and Don Smith's are that mine operate at lower voltages, that my systems are very cheap to construct and operate, and that my systems are completely and fully documented and replicable, with _correct_ schematics posted fully open source, my systems are supported by proper measurements, and I don't make up gobbledegook "explanations" but rather show how the performance and behaviour are fully understood by ordinary analysis of lumped and distributed circuit parameters.

Like I said, the "secret" of the Resonance Energy Device is the same "secret" that is shown when the light bulb load is glowing much brighter on the receiver output than it does by direct connection to the same battery powering the transmitter. Power amplification is achieved by the system and it's easily demonstrated. But at what cost? Only proper measurements will reveal that cost, which is real.

Here's one of the microQEG videos:
http://www.youtube.com/watch?v=pSoZSXX4TJM
Another, showing HV Receptor tuning:
http://www.youtube.com/watch?v=jcGTBA7NoVI

[TinselKoala]

Addendum to the above: If you are worried that I started with low voltages in those demonstrations, then you can consider the following. Here I use an autoresonant system powered by 24 volts input (A ZVS royer-mazilli oscillator appropriately tuned)  to drive a flyback transformer at its secondary's resonant frequency to produce very high voltages, 30 kV roughly, which are then presented to the _primary_ tank circuit of a carefully tuned standard spark-gap Tesla coil, carefully constructed and tuned, to produce _power amplification_ of a high order. Of course this is +peak power+ amplification and it comes at a cost. A description of this system in "Don Smith Language" would read exactly as hope-hope has written and as Don Smith himself has bandied about. So here we have a system essentially consisting of three aircore coupled coils each driven at its resonant frequency and producing a great deal of +peak power+ at the eventual output... starting with low voltage battery power just as Smith apparently is  providing to the input inverter stage in the pictured device above. 

http://www.youtube.com/watch?v=aIZClhoU2Xk