Selfrunning cold electricity circuit from Dr.Stiffler

[Loki67671]

@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

[DrStiffler]

@Plengo

GREAT VIDEO AGAIN!

Let me try to clear up my understanding of what you are doing?

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?

Good luck on the big battery.....

[DrStiffler]

@All
After soldering this many SEC Exciter Boards, somebody should know how to solder 

@Dr. Stiffler,

   Do you have any plans to manufacture these boards in Europe?

   We have facilies to manufacure and send through EU. Please let me know if you are interested in low cost manufacturing base in EU region.

      Best Regards,
      Nuri Temurlenk
      MSc EEE. Automation Engineer

      Mobile    : +90 533 501 7166 (GMT +2)
      Fax        : +90 262 349 6454
      Web       : <http://www.erelgroup.com.tr/> www.erelgroup.com.tr
      Adress   :  Yeni Golcuk Yolu No 64 VezirCiftligi Mevkii
                       Kullar 41607 Izmit KOCAELI TURKEY

@samedsoft
This is not a business for me, I am only trying to get as many people on the same page as possible, YET there is a circuit in the works that may indeed be commercial and I could have interest.

We can communicate off line on this possibility, although I have obtained all of my board from as West Coast US Company that does excellent work for 1/2 of the rest of the companies in the US, these are quality boards indeed.

We will be in touch.

Thank You for the info.

[Loki67671]

@Plengo

GREAT VIDEO AGAIN!

Let me try to clear up my understanding of what you are doing?

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?

Good luck on the big battery.....

@Plengo,
Nice work! I haven't headed off that direction yet. I'm sticking to maximum heat from SEC for now. There are so many directions we can explore. I'm testing my exciters and working with them on a daily basis. It still is never a dull moment! Good job, and thanks for clear videos. 

Best regards,

Jim

[Loki67671]

@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

@All,
Now looking at the above numbers I see that my transistor and 10uH choke are about 10F above ambient. So I've apparently crossed the line a little. So what I'll do in my next round of testing will be drop back the supply voltage a bit at a time and retune for maximum heat out from the Neon and choke until the transistor is just at ambient or hopefully below. SO, I'm above ambient by about 10F or approximately 6C.
Keep in mind I'm measuring temperature with an IR gun so all of these values are subjective measurements. Touching it, the Neon, with your finger is intimately subjective and very convincing. 
The SEC is configured for heat generation per Dr. Stifflers instructions, SEC driving 1 AV with a big Neon bulb. I also moved my circuit's negative rail from the breadboard negative rail, that measured 30pF to back plate, to one that I configured on the breadboard's connection points. My oscillator is now confined to one corner of the breadboard and the 22uH, AV, and Neon extend away from it and the power rail. So the work continues. 

Best regards,

Jim