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

[chrisC]

ChrisC,

Thanks for the classy metaphors.

There are two docs that go with James' posting but I can't read them on my home computer.

However, here is comment from somewhere else about the documents:

MileHigh

That's why I advised you to sit tight and wait. For all I know, they may just be rather stupid to spend all their time and $ chasing after a wild goose and you can just be thankful that your esteemed ego continues to fly high. But then sh** may happen?
cheers,
chrisC

[MileHigh]

ChrisC:  Did you notice that I gave some helpful suggestions about working with the light bulb load in the spirit of helping people understand their QEGs?

[pmgr]

The QEG has an odd behavior of maintaining a somewhat constant current into resistive loads.  In simulation I have noticed that to get more power dissipated in a resistive load, I had to to increase the resistance of the load rather than decrease it. 

So, I would recommend putting bulbs in series rather than parallel and see what happens.

What Ariovaldo needs to do, depends on what Ariovaldo's current resistive load point is (Rc=30ohms in this case) compared to the optimum load point.

There is an optimum load resistance (Ropt) that will give maximum power out. If you go away from this Ropt in either direction (Rc larger or smaller than Ropt), it will decrease the output power.

30 ohms load is actually a pretty high resistance, so in my statement I am assuming that Ropt < 30ohms and that hence the bulb load in parallel should be increased.

The only way to find out for sure where his current operating point is located (Rc > Ropt or Rc < Ropt) is to try both changes: decreasing Rc (higher load, e.g. 12 or 16 bulbs in parallel) or increasing Rc (smaller load, e.g. 4 or 6 bulbs in parallel).

Ariovaldo, can you try both experiments?

Also please let us know what the resistance is of each of the primary and secondary coils. I expect each primary coil (AWG20) to be around 30ohms and each secondary (AWG16) around 1ohm.

PmgR
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[ariovaldo]

What Ariovaldo needs to do, depends on what Ariovaldo's current resistive load point is (Rc=30ohms in this case) compared to the optimum load point.

There is an optimum load resistance (Ropt) that will give maximum power out. If you go away from this Ropt in either direction (Rc larger or smaller than Ropt), it will decrease the output power.

30 ohms load is actually a pretty high resistance, so in my statement I am assuming that Ropt < 30ohms and that hence the bulb load in parallel should be increased.

The only way to find out for sure where his current operating point is located (Rc > Ropt or Rc < Ropt) is to try both changes: decreasing Rc (higher load, e.g. 12 or 16 bulbs in parallel) or increasing Rc (smaller load, e.g. 4 or 6 bulbs in parallel).

Ariovaldo, can you try both experiments?

Also please let us know what the resistance is of each of the primary and secondary coils. I expect each primary coil (AWG20) to be around 30ohms and each secondary (AWG16) around 1ohm.

PmgR
================================================
Help stop the persecution of Falun Dafa in China!
Stop organ harvesting from living people in China's labor camps
http://www.faluninfo.net
================================================
Falun Dafa, also known as Falun Gong, is an ancient Chinese
self-cultivation practice, based on the principles of
* Truthfulness * Compassion * Tolerance *
Great for improvement of health and mental well-being!
http://www.falundafa.org
================================================

Yes, I can test, but I have no time in the week works days. I will try my best.




Cheers


Ariovaldo

[chrisC]

ChrisC:  Did you notice that I gave some helpful suggestions about working with the light bulb load in the spirit of helping people understand their QEGs?

@MH
Yes I did notice but I somehow cannot fathom how and why you would even consider helping make this thing called the QEG work since it was very obvious to you not so long ago that this 'thing' cannot possibly work - it's against all known theory. Maybe I'm not good at understanding all these long long posts? Well, that said, I hope you can meaningfully contribute. Any good contribution is a good contribution. Thanks.
cheers,
chrisC