Selfrunning cold electricity circuit from Dr.Stiffler

[DrStiffler]

@All
You all might enjoy seeing this short video.

http://www.youtube.com/watch?v=sA0k2Nv8g-I

[PCB]

@DrStiffler

The circuit diagram of the SEC15-3 shown on your website (on page "SEC Exciter Circuits")  has the anodes of D1 and D2 connected together. I think this maybe a printing error?

EDIT
Yes they are wrong from time to time, its a cause of sharing data library's and not using a common (production one). Sorry for any problem, but you seemed to know better anyway.

[Loki67671]

@All,
First run is in progress!  If you think this is simple.......... .....Go ahead and give it a try. If I didn't have such a hard head I would have listened to Dr. Stiffler and just ordered two lab thermometers and a, coffee pot for coffee of course. Hours of measurements in the lab or hours of measurements in the lab. Either the DAQ does it or I do it!  No Way! I have to do it the hard way. I'll pay either way.

This shot is the 1st calibration run executing that, assuming my data looks good, should turn into my first attempt at COP measurements. Cross all extremeties. Here we go! First shot is the rig and the second is the strip chart. Yes I'm over sampling, call me a control freak if you will but considering the time it takes for this to return to ambient I'll abuse computers all day long. Hey that's what they're for.  I'll back off after I get a solid run. Calibration Power input is fixed at 20 VDC through a 200 Ohm 3watt ceramic resistor.

Best regards,

Jim

[Loki67671]

@DrStiffler

The circuit diagram of the SEC15-3 shown on your website (on page "SEC Exciter Circuits")  has the anodes of D1 and D2 connected together. I think this maybe a printing error?

Correct. 

[DrStiffler]

@All

Now have a SEC15-3 creating a very good and stable Xenon plasma and hot as down under.

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