Selfrunning cold electricity circuit from Dr.Stiffler

[DrStiffler]

Dr. Stiffler,
In the effort to reduce stray C, have you also shortened the LITZ secondary leads? I'm considering cutting the micarta down to much smaller footprint and mounting to the PCB between the oscillator and AV development area. Comments?

JIM

As of today I will be providing the calorimetric run data on the Stiffler Scientific site. Go to StifflerScientific.com and at the bottom you will find links to the calibration files and the run files. The files to be shown are starting yesterday with a calibration run followed by an in progress test run. There will be at least four runs posted in this series.

If you do not understand the formulations, please contact me at the Stiffler Scientific email address.

@Loki67671
Looking good...............

[DrStiffler]

@Loki67671
You can see from the data what I am using, simple, Ta=Temp ambient, Tw=Twater, Vs=source voltage, Is=source current. The offset is determined frm a calibration run of your cell.

Contact me direct if you need additional, no need to use bandwidth here.

@EMdevice
Don't bother with your theories et. al., build it or forget it............. If you build it, build it the same, not like your Tesla God!, in short your not helping!

[Loki67671]

I'm going to remove a significant amount of the micarta material from the standoffs holding the solid copper exciter and mount it like in the picture. I think this will provide for minimized stray capacitance in the layout and hopefully not mess with the oscillator operation, of course that is why this board is designated as the working prototype, it'll probably get changed 10 times before it's right. We'll see. Then the rectifiers and load circuits will be on the end block of the PCB, the other side of the exciter/secondary assembly.

Best regards,

JIM

[DrStiffler]

For those that may have interest, 5-calorimetric Runs have just completed. See the results at www.stifflerscientific.com/calorim.asp

[EMdevices]

*removed* EM