Selfrunning cold electricity circuit from Dr.Stiffler

[alan]

@All
This morning heat tuning exploration:

     Input voltage=19.55 VDC
     Input current=66ma
     Ambient temperature=70F
     Neon Temperature=128F
     22uH Choke Temperature=92F
     Transistor Temperature=80F
     10uH Choke Temperature=80F

Just pure exploration,

Best regards,

Jim

Hey Jim,
maybe you should also measure the temperature of the components under known circumstances first, so you know some of the characteristics such as how
much electric power is dissipated to heat.
Just a thought, but maybe not very clear explained. 

[DrStiffler]

@All
We have now fully tested the SEC15-3 and the SEC15-20 (see below) so production is starting very early and so will be the shipping. This 20 board outperforms my wildest hope.

[Loki67671]

A few more notes from the bench:

Same SEC exciter as last post with 1 change, added .01uF ceramic decoupling at the base coil ground to Vcc. Subjective numbers from IR gun measurements.

This afternoon heat tuning exploration:

     Input voltage=19.67 VDC
     Input current=66ma
     Ambient temperature=70F
     Neon Temperature=136F
     22uH Choke Temperature=94F
     Transistor Temperature=86F
     10uH Choke Temperature=82F

I'm not sure what my circuits would do confined in the calorimeter chamber tuned like this but I have some idea's. 
Make water hot......perhaps.

@Dr. Stiffler,
Looking good!

Best regards,

Jim

[plengo]

...
You are powering the Exciter charging the battery from another Exciter? or are you opening the window with one Exciter and then having the charging Exciter pull the additional energy from the opened window?

It looks to me like you have a very large field in the area, have you tried taking your free floating board of LED's across the room and connecting the input to the service ground. If indeed you have opened this much area they should light from the ground connection only?

Thanks Dr. Stiffler. I am just playing with ideas. I am using 2 SECs one feeds the second and the second feeds the battery. I started as you did, charging a capacitor then I notice I could send the signal directly to the battery. What is amazing to me is the amount of "radiant energy" (I dont have better word to describe this energy) that is everywhere in the proximity of any SEC "receiver", thats to say the AV plug board, not the transmiter.

And you are right, I can light the separate AV/LED board just using the ground anywhere around 3 to 4 feet distance from the SECs. Somehow it is possible to make the radiant area bigger using my 250ft Lamp wire as seen on the video.

The battery IS charging slowly but it is. It started at 12.35v and now after a good 10hours it is around 12.44v. Usually it takes me about 13 to 14 hours to charge this 100Ah battery using my SSG after using about 100watts of power. My goal is to see the ratio of IN/OUT to charge the same battery to the same voltage as my SSG.

I will keep you guys posted of the results if it is appropriate for this thread.

Fausto.

[samedsoft]

@plengo

  I would like to thank you for your great efforts.

  Do you have a chance to replace lead acid battery to a Ultracap? I guess will yield better charging performance. And this research will open door towards REHV (Radiant Energy Hybrid Vehicles).

  I would like to present some links from my ultracap files,

http://www.maxwell.com/ultracapacitors/index.asp
http://www.solarvan.co.uk/15v56fsupercap.pdf
http://www.nrel.gov/vehiclesandfuels/energystorage/ultracapacitors.html
http://en.wikipedia.org/wiki/Supercapacitor
http://www.youtube.com/watch?v=5C1gVplcw-M
http://www.ultracapacitors.org/
http://www.altairnano.com/tech.html
http://peswiki.com/index.php/Directory:Batteries
http://peswiki.com/index.php/Directory:EEStor
http://world.honda.com/FuelCell/FCX/ultracapacitor/charging/
http://www.mpoweruk.com/history.htm#beta
http://www.youtube.com/watch?v=sudQhWMnrW0
http://ecl.web.psi.ch/Publications/cap_pub/AABC_2002.pdf

  Unfortunately I do not have any information where you can buy these in EU... Maybe Maxwell Germany may be right adress..

  Best Regards,
  Nuri Temurlenk