Quantum Energy Generator (QEG) Open Sourced (by HopeGirl)

[isim]

@TinselKoala
-  "Here might be a good place to mention that these circuits need to be _switched on_  to the full supply voltage,
rather than having the power applied gradually  ..."
Yes, and if the total load in the OC is > 1.39+0.25 ohms it doesn't start.
1) With Resistor Gate to battery=100ohm, R apparent=1.385 and CSR=0.25 
     Fig: StartOscillations_Rload1.385_CSR0.25ohm.jpg
     - it Start
2) With Resistor Gate to battery=100ohm, R apparent=1.39 and CSR=0.25
     Fig: StartOscillations_Rload1.39_CSR0.25ohm.jpg
     - It doesn't  start and blow...
3) With Resistor Gate to battery=90ohm, R apparent=1.39 and CSR=0.25 
     Fig: StartOscillations_Rload1.39_CSR0.25ohmButRgate90ohm.jpg
     - It start, but I change the resistors Gate to battery from 100ohm to 90ohms!

- "I believe that the motor/lightbulb final load should actually run better on the output of the receptor than it does
by connecting it directly to the battery, when the receptor is properly tuned to the primary tank. See my video
comparing bulb brightnesses for an example of this phenomenon. It is caused by the voltage boost of the system
combined with the high frequency of oscillation. ..."
Hum... I don't know how interpret this...
So, no comments...
- May be will you be interested by this study on Wireless Power Transfer from Ansys Maxwell?
http://www.ansys.com/staticassets/ANSYS/staticassets/resourcelibrary/presentation/kettering-design-reactive-power.pdf
http://www.ansys.com/staticassets/ANSYS/staticassets/resourcelibrary/presentation/wireless-power-transfer-ansys-enginsoft2.pdf
http://www.infinite.nl/assets/Uploads/Designing-wireless-power-supply-systems.pdf
@+

[TinselKoala]

Thanks for the links! More study material can't hurt.

Meanwhile, research continues.....

The Big QEG needs to have its core spark-conditioned, eh? OK... if that is the way they want to play, fine. It took me a little while to figure out how to spark-condition my _air cored_ MicroQEG from its own power, but I did. Here is the apparatus I came up with, and a video demonstration is processing and being uploaded now, should be ready in an hour or so.

This is the uQEG's TKCoreConditioner:  a loopstick tuned to 5 mH, two 30 pF caps in parallel across the loopstick, a UF4007 diode leading to a 47 uF, 160 V capacitor--- I should have used a higher voltage value and will be replacing this one with a 250 V cap shortly. I may have already blown the 160V cap by overvolting. The neon is deliberately NOT soldered to the circuit, it is just dangling by wire contact.

[TinselKoala]

http://www.youtube.com/watch?v=BJ02XU0tWjw


Please I can haz one cheezburger?

[Pirate88179]

http://www.youtube.com/watch?v=BJ02XU0tWjw


Please I can haz one cheezburger?

I ordered you one online from a Chinese site.  They said it has shipped but shipping usually takes between 8-10 weeks.  If/when it gets there, I would not eat it if I were you, ha ha.

Bill

[TinselKoala]

It's bound to be better than what I've been eating, lately.

But really... that's all the comment I get? I'm getting over 500 volts of resonant rise in that _receiver_ tank, and all I get for it is a stale Chinese cheezburger? That is 12.5 volts input and 500 volts output charging up a capacitor, and not with little skinny spikes either. That's a voltage multiplication factor of 40 to 1, across thin air with no cores and no inductive collapse spikes -- AND dumping half of the energy in the first place, because I'm just using half-wave rectification.